Statistics  failed.

/net/marbles/raid1/dorothee/rerefine/cryoem/data_no_H/7ek1_31165/12_2023/7ek1_31165.pdb /net/marbles/raid1/dorothee/rerefine/cryoem/data_no_H/7ek1_31165/12_2023/7ek1_31165.map 3.0
Traceback (most recent call last):
  File "/net/marbles/raid1/dorothee/rerefine/cryoem/rerefine_script.py", line 473, in get_statistics
    logger = null_out())
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/phenix/phenix/programs/validation_cryoem.py", line 29, in get_model_stat
    geometry.show(log = logger)
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/cctbx_project/mmtbx/model/statistics.py", line 327, in show
    res = self.result()
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/cctbx_project/mmtbx/model/statistics.py", line 261, in result
    clash            = self.clash(),
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/cctbx_project/mmtbx/model/statistics.py", line 189, in clash
    nuclear         = self.model.is_neutron())
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/cctbx_project/mmtbx/validation/clashscore.py", line 164, in __init__
    log=out)
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/cctbx_project/mmtbx/validation/clashscore.py", line 732, in check_and_add_hydrogen
    output_fname="reduce_fail.pdb")
  File "/net/cci-filer2/raid1/xp/phenix/phenix-1.21rc1-5172/modules/cctbx_project/mmtbx/validation/clashscore.py", line 630, in check_and_report_reduce_failure
    "\n".join(fb_object.stderr_lines)))
Sorry: Reduce crashed with command 'molprobity.reduce -oh -his -flip -keep -allalt -limit120 -pen9999 -'.
Dumping stdin to file 'reduce_fail.pdb'.
Return code: -15
Dumping stderr:
Processing file: --standard input--
Building His ring NH Hydrogens.
Building or keeping OH & SH Hydrogens.
Rotating existing OH & SH Hydrogens
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: B 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: C 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: D 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: E 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: A 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: F 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: G 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: H 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: I 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: J 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: K 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: L 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  E 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  G 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  J 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 113 LYS NZ   H atom too close to  M 113 LYS CE   by -0.110736A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  E 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  G 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  J 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 206 LYS NZ   H atom too close to  M 206 LYS CE   by -0.147479A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  E 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  G 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  J 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 235 LYS NZ   H atom too close to  M 235 LYS CE   by -0.141918A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  E 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  G 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  J 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 236 LYS NZ   H atom too close to  M 236 LYS CE   by -0.139405A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  E 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  G 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  J 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 250 LYS NZ   H atom too close to  M 250 LYS CE   by -0.14502A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  E 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  G 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  J 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 279 LYS NZ   H atom too close to  M 279 LYS CE   by -0.143463A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  E 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  G 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  J 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 297 LYS NZ   H atom too close to  M 297 LYS CE   by -0.141232A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  E 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  G 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  J 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 309 LYS NZ   H atom too close to  M 309 LYS CE   by -0.143896A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  E 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  G 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  J 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 408 LYS NZ   H atom too close to  M 408 LYS CE   by -0.149763A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  E 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  G 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  J 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: M 417 LYS NZ   H atom too close to  M 417 LYS CE   by -0.144651A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: N 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: O 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: P 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  H 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  K 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  N 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 113 LYS NZ   H atom too close to  Q 113 LYS CE   by -0.110356A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  H 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  K 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  N 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 206 LYS NZ   H atom too close to  Q 206 LYS CE   by -0.147348A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  H 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  K 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  N 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 235 LYS NZ   H atom too close to  Q 235 LYS CE   by -0.141981A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  H 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  K 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  N 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 236 LYS NZ   H atom too close to  Q 236 LYS CE   by -0.139428A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  H 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  K 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  N 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 250 LYS NZ   H atom too close to  Q 250 LYS CE   by -0.14512A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  H 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  K 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  N 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 279 LYS NZ   H atom too close to  Q 279 LYS CE   by -0.143557A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  H 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  K 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  N 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 297 LYS NZ   H atom too close to  Q 297 LYS CE   by -0.141128A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  H 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  K 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  N 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 309 LYS NZ   H atom too close to  Q 309 LYS CE   by -0.143723A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  H 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  K 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  N 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 408 LYS NZ   H atom too close to  Q 408 LYS CE   by -0.149535A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  H 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  K 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  N 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: Q 417 LYS NZ   H atom too close to  Q 417 LYS CE   by -0.14505A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  B 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  L 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  O 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 113 LYS NZ   H atom too close to  R 113 LYS CE   by -0.109948A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  B 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  L 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  O 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 206 LYS NZ   H atom too close to  R 206 LYS CE   by -0.147104A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  B 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  L 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  O 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 235 LYS NZ   H atom too close to  R 235 LYS CE   by -0.141735A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  B 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  L 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  O 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 236 LYS NZ   H atom too close to  R 236 LYS CE   by -0.13912A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  B 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  L 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  O 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 250 LYS NZ   H atom too close to  R 250 LYS CE   by -0.145074A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  B 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  L 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  O 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 279 LYS NZ   H atom too close to  R 279 LYS CE   by -0.143275A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  B 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  L 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  O 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 297 LYS NZ   H atom too close to  R 297 LYS CE   by -0.14081A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  B 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  L 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  O 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 309 LYS NZ   H atom too close to  R 309 LYS CE   by -0.143431A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  B 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  L 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  O 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 408 LYS NZ   H atom too close to  R 408 LYS CE   by -0.14931A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  B 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  L 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  O 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: R 417 LYS NZ   H atom too close to  R 417 LYS CE   by -0.145192A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  C 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  A 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  P 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 113 LYS NZ   H atom too close to  S 113 LYS CE   by -0.10996A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  C 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  A 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  P 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 206 LYS NZ   H atom too close to  S 206 LYS CE   by -0.147278A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  C 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  A 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  P 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 235 LYS NZ   H atom too close to  S 235 LYS CE   by -0.142047A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  C 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  A 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  P 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 236 LYS NZ   H atom too close to  S 236 LYS CE   by -0.13938A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  C 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  A 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  P 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 250 LYS NZ   H atom too close to  S 250 LYS CE   by -0.144654A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  C 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  A 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  P 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 279 LYS NZ   H atom too close to  S 279 LYS CE   by -0.142899A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  C 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  A 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  P 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 297 LYS NZ   H atom too close to  S 297 LYS CE   by -0.141086A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  C 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  A 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  P 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 309 LYS NZ   H atom too close to  S 309 LYS CE   by -0.144137A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  C 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  A 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  P 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 408 LYS NZ   H atom too close to  S 408 LYS CE   by -0.150002A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  C 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  A 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  P 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: S 417 LYS NZ   H atom too close to  S 417 LYS CE   by -0.145415A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  D 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  F 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  I 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 113 LYS NZ   H atom too close to  T 113 LYS CE   by -0.110807A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  D 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  F 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  I 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 206 LYS NZ   H atom too close to  T 206 LYS CE   by -0.147343A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  D 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  F 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  I 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 235 LYS NZ   H atom too close to  T 235 LYS CE   by -0.142264A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  D 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  F 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  I 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 236 LYS NZ   H atom too close to  T 236 LYS CE   by -0.13925A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  D 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  F 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  I 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 250 LYS NZ   H atom too close to  T 250 LYS CE   by -0.144816A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  D 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  F 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  I 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 279 LYS NZ   H atom too close to  T 279 LYS CE   by -0.143953A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  D 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  F 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  I 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 297 LYS NZ   H atom too close to  T 297 LYS CE   by -0.141623A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  D 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  F 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  I 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 309 LYS NZ   H atom too close to  T 309 LYS CE   by -0.143628A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  D 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  F 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  I 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 408 LYS NZ   H atom too close to  T 408 LYS CE   by -0.149526A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  D 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  F 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  I 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
WARNING: T 417 LYS NZ   H atom too close to  T 417 LYS CE   by -0.144659A
        if warning inappropriate, adjust the cuttoffs using -METALBump or -NONMETALBump.
VDW dot density = 16/A^2
Orientation penalty scale = 9999 (999900%)
Eliminate contacts within 3 bonds.
Ignore atoms with |occupancy| <= 0.01 during adjustments.
Waters ignored if B-Factor >= 40 or |occupancy| < 0.66
Aromatic rings in amino acids accept hydrogen bonds.
Flipping Asn, Gln and His groups.
For each flip state, bumps where gap is more than 0.4A are indicated with '!'.
Rotating NH3 Hydrogens.
Not processing Met methyls.
 Singles(size 0)
 Set 1 (size 4): K 417 LYS NZ  : Q 417 LYS NZ  : H 417 LYS NZ  : N 417 LYS NZ  
 Set 2 (size 4): K 408 LYS NZ  : Q 408 LYS NZ  : H 408 LYS NZ  : N 408 LYS NZ  
 Set 3 (size 4): K 401 GLN     : Q 401 GLN     : H 401 GLN     : N 401 GLN     
 Set 4 (size 4): K 399 ASN     : Q 399 ASN     : H 399 ASN     : N 399 ASN     
 Set 5 (size 4): K 398 ASN     : Q 398 ASN     : H 398 ASN     : N 398 ASN     
 Set 6 (size 4): K 394 ASN     : Q 394 ASN     : H 394 ASN     : N 394 ASN     
 Set 7 (size 4): K 375 GLN     : Q 375 GLN     : H 375 GLN     : N 375 GLN     
 Set 8 (size 4): K 356 HIS     : Q 356 HIS     : H 356 HIS     : N 356 HIS     
 Set 9 (size 4): K 344 HIS     : Q 344 HIS     : H 344 HIS     : N 344 HIS     
 Set 10 (size 4): K 322 GLN     : Q 322 GLN     : H 322 GLN     : N 322 GLN     
 Set 11 (size 4): K 314 HIS     : Q 314 HIS     : H 314 HIS     : N 314 HIS     
 Set 12 (size 4): K 309 LYS NZ  : Q 309 LYS NZ  : H 309 LYS NZ  : N 309 LYS NZ  
 Set 13 (size 8): K 307 GLN     : K 294 GLN     : Q 307 GLN     : Q 294 GLN     
  : H 307 GLN     : H 294 GLN     : N 307 GLN     : N 294 GLN     
 Set 14 (size 4): K 297 LYS NZ  : Q 297 LYS NZ  : H 297 LYS NZ  : N 297 LYS NZ  
 Set 15 (size 4): K 287 GLN     : Q 287 GLN     : H 287 GLN     : N 287 GLN     
 Set 16 (size 4): K 280 HIS     : Q 280 HIS     : H 280 HIS     : N 280 HIS     
 Set 17 (size 4): K 279 LYS NZ  : Q 279 LYS NZ  : H 279 LYS NZ  : N 279 LYS NZ  
 Set 18 (size 4): K 277 ASN     : Q 277 ASN     : H 277 ASN     : N 277 ASN     
 Set 19 (size 4): K 265 ASN     : Q 265 ASN     : H 265 ASN     : N 265 ASN     
 Set 20 (size 4): K 264 GLN     : Q 264 GLN     : H 264 GLN     : N 264 GLN     
 Set 21 (size 4): K 252 HIS     : Q 252 HIS     : H 252 HIS     : N 252 HIS     
 Set 22 (size 4): K 250 LYS NZ  : Q 250 LYS NZ  : H 250 LYS NZ  : N 250 LYS NZ  
 Set 23 (size 4): K 240 GLN     : Q 240 GLN     : H 240 GLN     : N 240 GLN     
 Set 24 (size 4): K 236 LYS NZ  : Q 236 LYS NZ  : H 236 LYS NZ  : N 236 LYS NZ  
 Set 25 (size 4): K 235 LYS NZ  : Q 235 LYS NZ  : H 235 LYS NZ  : N 235 LYS NZ  
 Set 26 (size 4): K 233 GLN     : Q 233 GLN     : H 233 GLN     : N 233 GLN     
 Set 27 (size 4): K 221 GLN     : Q 221 GLN     : H 221 GLN     : N 221 GLN     
 Set 28 (size 4): K 216 ASN     : Q 216 ASN     : H 216 ASN     : N 216 ASN     
 Set 29 (size 4): K 206 LYS NZ  : Q 206 LYS NZ  : H 206 LYS NZ  : N 206 LYS NZ  
 Set 30 (size 4): K 180 GLN     : Q 180 GLN     : H 180 GLN     : N 180 GLN     
 Set 31 (size 4): K 157 ASN     : Q 157 ASN     : H 157 ASN     : N 157 ASN     
 Set 32 (size 4): K 126 HIS     : Q 126 HIS     : H 126 HIS     : N 126 HIS     
 Set 33 (size 4): K 123 HIS     : Q 123 HIS     : H 123 HIS     : N 123 HIS     
 Set 34 (size 4): K 117 HIS     : Q 117 HIS     : H 117 HIS     : N 117 HIS     
 Set 35 (size 4): K 116 HIS     : Q 116 HIS     : H 116 HIS     : N 116 HIS     
 Set 36 (size 4): K 113 LYS NZ  : Q 113 LYS NZ  : H 113 LYS NZ  : N 113 LYS NZ  
 Set 37 (size 4): K 111 HIS     : Q 111 HIS     : H 111 HIS     : N 111 HIS     
 Set 38 (size 4): K 105 HIS     : Q 105 HIS     : H 105 HIS     : N 105 HIS     
 Set 39 (size 4): K 104 GLN     : Q 104 GLN     : H 104 GLN     : N 104 GLN     
 Set 40 (size 4): K  98 GLN     : Q  98 GLN     : H  98 GLN     : N  98 GLN     
 Set 41 (size 4): E 417 LYS NZ  : J 417 LYS NZ  : G 417 LYS NZ  : M 417 LYS NZ  
 Set 42 (size 4): J 408 LYS NZ  : E 408 LYS NZ  : G 408 LYS NZ  : M 408 LYS NZ  
 Set 43 (size 4): J 401 GLN     : E 401 GLN     : G 401 GLN     : M 401 GLN     
 Set 44 (size 4): J 399 ASN     : E 399 ASN     : G 399 ASN     : M 399 ASN     
 Set 45 (size 4): J 398 ASN     : E 398 ASN     : G 398 ASN     : M 398 ASN     
 Set 46 (size 4): J 394 ASN     : E 394 ASN     : G 394 ASN     : M 394 ASN     
 Set 47 (size 4): J 375 GLN     : E 375 GLN     : G 375 GLN     : M 375 GLN     
 Set 48 (size 4): J 356 HIS     : E 356 HIS     : G 356 HIS     : M 356 HIS     
 Set 49 (size 4): J 344 HIS     : E 344 HIS     : G 344 HIS     : M 344 HIS     
 Set 50 (size 4): J 322 GLN     : E 322 GLN     : G 322 GLN     : M 322 GLN     
 Set 51 (size 4): J 314 HIS     : E 314 HIS     : G 314 HIS     : M 314 HIS     
 Set 52 (size 4): J 309 LYS NZ  : E 309 LYS NZ  : G 309 LYS NZ  : M 309 LYS NZ  
 Set 53 (size 8): J 307 GLN     : J 294 GLN     : E 307 GLN     : E 294 GLN     
  : G 307 GLN     : G 294 GLN     : M 307 GLN     : M 294 GLN     
 Set 54 (size 4): J 297 LYS NZ  : E 297 LYS NZ  : G 297 LYS NZ  : M 297 LYS NZ  
 Set 55 (size 4): J 287 GLN     : E 287 GLN     : G 287 GLN     : M 287 GLN     
 Set 56 (size 4): J 280 HIS     : E 280 HIS     : G 280 HIS     : M 280 HIS     
 Set 57 (size 4): J 279 LYS NZ  : E 279 LYS NZ  : G 279 LYS NZ  : M 279 LYS NZ  
 Set 58 (size 4): J 277 ASN     : E 277 ASN     : G 277 ASN     : M 277 ASN     
 Set 59 (size 4): J 265 ASN     : E 265 ASN     : G 265 ASN     : M 265 ASN     
 Set 60 (size 4): J 264 GLN     : E 264 GLN     : G 264 GLN     : M 264 GLN     
 Set 61 (size 4): J 252 HIS     : E 252 HIS     : G 252 HIS     : M 252 HIS     
 Set 62 (size 4): M 250 LYS NZ  : J 250 LYS NZ  : E 250 LYS NZ  : G 250 LYS NZ  
 Set 63 (size 4): M 240 GLN     : J 240 GLN     : E 240 GLN     : G 240 GLN     
 Set 64 (size 4): M 236 LYS NZ  : J 236 LYS NZ  : E 236 LYS NZ  : G 236 LYS NZ  
 Set 65 (size 4): M 235 LYS NZ  : J 235 LYS NZ  : E 235 LYS NZ  : G 235 LYS NZ  
 Set 66 (size 4): M 233 GLN     : J 233 GLN     : E 233 GLN     : G 233 GLN     
 Set 67 (size 4): M 221 GLN     : J 221 GLN     : E 221 GLN     : G 221 GLN     
 Set 68 (size 4): M 216 ASN     : J 216 ASN     : E 216 ASN     : G 216 ASN     
 Set 69 (size 4): M 206 LYS NZ  : J 206 LYS NZ  : E 206 LYS NZ  : G 206 LYS NZ  
 Set 70 (size 4): M 180 GLN     : J 180 GLN     : E 180 GLN     : G 180 GLN     
 Set 71 (size 4): M 157 ASN     : J 157 ASN     : E 157 ASN     : G 157 ASN     
 Set 72 (size 4): G 126 HIS     : M 126 HIS     : J 126 HIS     : E 126 HIS     
 Set 73 (size 4): G 123 HIS     : M 123 HIS     : J 123 HIS     : E 123 HIS     
 Set 74 (size 4): G 117 HIS     : M 117 HIS     : J 117 HIS     : E 117 HIS     
 Set 75 (size 4): G 116 HIS     : M 116 HIS     : J 116 HIS     : E 116 HIS     
 Set 76 (size 4): G 113 LYS NZ  : M 113 LYS NZ  : J 113 LYS NZ  : E 113 LYS NZ  
 Set 77 (size 4): G 111 HIS     : M 111 HIS     : J 111 HIS     : E 111 HIS     
 Set 78 (size 4): G 105 HIS     : M 105 HIS     : J 105 HIS     : E 105 HIS     
 Set 79 (size 4): G 104 GLN     : M 104 GLN     : J 104 GLN     : E 104 GLN     
 Set 80 (size 4): G  98 GLN     : M  98 GLN     : J  98 GLN     : E  98 GLN     
 Set 81 (size 4): F 417 LYS NZ  : T 417 LYS NZ  : I 417 LYS NZ  : D 417 LYS NZ  
 Set 82 (size 4): F 408 LYS NZ  : I 408 LYS NZ  : D 408 LYS NZ  : T 408 LYS NZ  
 Set 83 (size 4): F 401 GLN     : T 401 GLN     : I 401 GLN     : D 401 GLN     
 Set 84 (size 4): F 399 ASN     : I 399 ASN     : T 399 ASN     : D 399 ASN     
 Set 85 (size 4): F 398 ASN     : I 398 ASN     : T 398 ASN     : D 398 ASN     
 Set 86 (size 4): F 394 ASN     : T 394 ASN     : I 394 ASN     : D 394 ASN     
 Set 87 (size 4): F 375 GLN     : T 375 GLN     : I 375 GLN     : D 375 GLN     
 Set 88 (size 4): F 356 HIS     : I 356 HIS     : T 356 HIS     : D 356 HIS     
 Set 89 (size 4): F 344 HIS     : I 344 HIS     : T 344 HIS     : D 344 HIS     
 Set 90 (size 4): F 322 GLN     : T 322 GLN     : I 322 GLN     : D 322 GLN     
 Set 91 (size 4): T 314 HIS     : F 314 HIS     : I 314 HIS     : D 314 HIS     
 Set 92 (size 4): F 309 LYS NZ  : I 309 LYS NZ  : T 309 LYS NZ  : D 309 LYS NZ  
 Set 93 (size 8): F 307 GLN     : F 294 GLN     : T 294 GLN     : I 307 GLN     
  : I 294 GLN     : T 307 GLN     : D 307 GLN     : D 294 GLN     
 Set 94 (size 4): F 297 LYS NZ  : I 297 LYS NZ  : D 297 LYS NZ  : T 297 LYS NZ  
 Set 95 (size 4): F 287 GLN     : I 287 GLN     : T 287 GLN     : D 287 GLN     
 Set 96 (size 4): F 280 HIS     : I 280 HIS     : T 280 HIS     : D 280 HIS     
 Set 97 (size 4): F 279 LYS NZ  : I 279 LYS NZ  : D 279 LYS NZ  : T 279 LYS NZ  
 Set 98 (size 4): F 277 ASN     : T 277 ASN     : I 277 ASN     : D 277 ASN     
 Set 99 (size 4): F 265 ASN     : I 265 ASN     : T 265 ASN     : D 265 ASN     
 Set 100 (size 4): F 264 GLN     : T 264 GLN     : I 264 GLN     : D 264 GLN     
 Set 101 (size 4): F 252 HIS     : T 252 HIS     : I 252 HIS     : D 252 HIS     
 Set 102 (size 4): F 250 LYS NZ  : T 250 LYS NZ  : I 250 LYS NZ  : D 250 LYS NZ  
 Set 103 (size 4): F 240 GLN     : T 240 GLN     : I 240 GLN     : D 240 GLN     
 Set 104 (size 4): F 236 LYS NZ  : I 236 LYS NZ  : T 236 LYS NZ  : D 236 LYS NZ  
 Set 105 (size 4): F 235 LYS NZ  : T 235 LYS NZ  : D 235 LYS NZ  : I 235 LYS NZ  
 Set 106 (size 4): T 233 GLN     : I 233 GLN     : F 233 GLN     : D 233 GLN     
 Set 107 (size 4): F 221 GLN     : T 221 GLN     : I 221 GLN     : D 221 GLN     
 Set 108 (size 4): F 216 ASN     : T 216 ASN     : I 216 ASN     : D 216 ASN     
 Set 109 (size 4): F 206 LYS NZ  : T 206 LYS NZ  : I 206 LYS NZ  : D 206 LYS NZ  
 Set 110 (size 4): T 180 GLN     : F 180 GLN     : I 180 GLN     : D 180 GLN     
 Set 111 (size 4): F 157 ASN     : T 157 ASN     : I 157 ASN     : D 157 ASN     
 Set 112 (size 4): F 126 HIS     : I 126 HIS     : T 126 HIS     : D 126 HIS     
 Set 113 (size 4): F 123 HIS     : I 123 HIS     : T 123 HIS     : D 123 HIS     
 Set 114 (size 4): T 117 HIS     : F 117 HIS     : I 117 HIS     : D 117 HIS     
 Set 115 (size 4): F 116 HIS     : T 116 HIS     : I 116 HIS     : D 116 HIS     
 Set 116 (size 4): F 113 LYS NZ  : T 113 LYS NZ  : I 113 LYS NZ  : D 113 LYS NZ  
 Set 117 (size 4): D 111 HIS     : F 111 HIS     : T 111 HIS     : I 111 HIS     
 Set 118 (size 4): D 105 HIS     : T 105 HIS     : F 105 HIS     : I 105 HIS     
 Set 119 (size 4): D 104 GLN     : F 104 GLN     : I 104 GLN     : T 104 GLN     
 Set 120 (size 4): D  98 GLN     : F  98 GLN     : T  98 GLN     : I  98 GLN     
 Set 121 (size 4): L 417 LYS NZ  : B 417 LYS NZ  : R 417 LYS NZ  : O 417 LYS NZ  
 Set 122 (size 4): L 408 LYS NZ  : B 408 LYS NZ  : O 408 LYS NZ  : R 408 LYS NZ  
 Set 123 (size 4): L 401 GLN     : R 401 GLN     : B 401 GLN     : O 401 GLN     
 Set 124 (size 4): L 399 ASN     : R 399 ASN     : B 399 ASN     : O 399 ASN     
 Set 125 (size 4): L 398 ASN     : B 398 ASN     : O 398 ASN     : R 398 ASN     
 Set 126 (size 4): L 394 ASN     : O 394 ASN     : R 394 ASN     : B 394 ASN     
 Set 127 (size 4): L 375 GLN     : R 375 GLN     : O 375 GLN     : B 375 GLN     
 Set 128 (size 4): L 356 HIS     : R 356 HIS     : B 356 HIS     : O 356 HIS     
 Set 129 (size 4): R 344 HIS     : L 344 HIS     : O 344 HIS     : B 344 HIS     
 Set 130 (size 4): L 322 GLN     : O 322 GLN     : B 322 GLN     : R 322 GLN     
 Set 131 (size 4): L 314 HIS     : R 314 HIS     : O 314 HIS     : B 314 HIS     
 Set 132 (size 4): L 309 LYS NZ  : O 309 LYS NZ  : R 309 LYS NZ  : B 309 LYS NZ  
 Set 133 (size 4): L 297 LYS NZ  : R 297 LYS NZ  : O 297 LYS NZ  : B 297 LYS NZ  
 Set 134 (size 8): L 294 GLN     : R 307 GLN     : L 307 GLN     : O 294 GLN     
  : R 294 GLN     : O 307 GLN     : B 307 GLN     : B 294 GLN     
 Set 135 (size 4): L 287 GLN     : R 287 GLN     : B 287 GLN     : O 287 GLN     
 Set 136 (size 4): R 280 HIS     : L 280 HIS     : O 280 HIS     : B 280 HIS     
 Set 137 (size 4): R 279 LYS NZ  : L 279 LYS NZ  : O 279 LYS NZ  : B 279 LYS NZ  
 Set 138 (size 4): B 277 ASN     : L 277 ASN     : R 277 ASN     : O 277 ASN     
 Set 139 (size 4): B 265 ASN     : O 265 ASN     : L 265 ASN     : R 265 ASN     
 Set 140 (size 4): B 264 GLN     : R 264 GLN     : L 264 GLN     : O 264 GLN     
 Set 141 (size 4): B 252 HIS     : L 252 HIS     : O 252 HIS     : R 252 HIS     
 Set 142 (size 4): L 250 LYS NZ  : R 250 LYS NZ  : O 250 LYS NZ  : B 250 LYS NZ  
 Set 143 (size 4): L 240 GLN     : O 240 GLN     : R 240 GLN     : B 240 GLN     
 Set 144 (size 4): R 236 LYS NZ  : B 236 LYS NZ  : L 236 LYS NZ  : O 236 LYS NZ  
 Set 145 (size 4): L 235 LYS NZ  : B 235 LYS NZ  : O 235 LYS NZ  : R 235 LYS NZ  
 Set 146 (size 4): L 233 GLN     : B 233 GLN     : R 233 GLN     : O 233 GLN     
 Set 147 (size 4): L 221 GLN     : B 221 GLN     : O 221 GLN     : R 221 GLN     
 Set 148 (size 4): B 216 ASN     : R 216 ASN     : L 216 ASN     : O 216 ASN     
 Set 149 (size 4): L 206 LYS NZ  : B 206 LYS NZ  : O 206 LYS NZ  : R 206 LYS NZ  
 Set 150 (size 4): L 180 GLN     : R 180 GLN     : O 180 GLN     : B 180 GLN     
 Set 151 (size 4): L 157 ASN     : O 157 ASN     : B 157 ASN     : R 157 ASN     
 Set 152 (size 4): B 126 HIS     : L 126 HIS     : R 126 HIS     : O 126 HIS     
 Set 153 (size 4): R 123 HIS     : L 123 HIS     : O 123 HIS     : B 123 HIS     
 Set 154 (size 4): L 117 HIS     : O 117 HIS     : B 117 HIS     : R 117 HIS     
 Set 155 (size 4): R 116 HIS     : O 116 HIS     : L 116 HIS     : B 116 HIS     
 Set 156 (size 4): R 113 LYS NZ  : B 113 LYS NZ  : O 113 LYS NZ  : L 113 LYS NZ  
 Set 157 (size 4): L 111 HIS     : O 111 HIS     : B 111 HIS     : R 111 HIS     
 Set 158 (size 4): L 105 HIS     : R 105 HIS     : O 105 HIS     : B 105 HIS     
 Set 159 (size 4): L 104 GLN     : B 104 GLN     : R 104 GLN     : O 104 GLN     
 Set 160 (size 4): R  98 GLN     : L  98 GLN     : O  98 GLN     : B  98 GLN     
 Set 161 (size 4): P 417 LYS NZ  : C 417 LYS NZ  : A 417 LYS NZ  : S 417 LYS NZ  
 Set 162 (size 4): P 408 LYS NZ  : A 408 LYS NZ  : C 408 LYS NZ  : S 408 LYS NZ  
 Set 163 (size 4): P 401 GLN     : A 401 GLN     : C 401 GLN     : S 401 GLN     
 Set 164 (size 4): C 399 ASN     : P 399 ASN     : A 399 ASN     : S 399 ASN     
 Set 165 (size 4): C 398 ASN     : S 398 ASN     : P 398 ASN     : A 398 ASN     
 Set 166 (size 4): S 394 ASN     : P 394 ASN     : C 394 ASN     : A 394 ASN     
 Set 167 (size 4): C 375 GLN     : A 375 GLN     : S 375 GLN     : P 375 GLN     
 Set 168 (size 4): C 356 HIS     : S 356 HIS     : P 356 HIS     : A 356 HIS     
 Set 169 (size 4): P 344 HIS     : S 344 HIS     : A 344 HIS     : C 344 HIS     
 Set 170 (size 4): C 322 GLN     : P 322 GLN     : S 322 GLN     : A 322 GLN     
 Set 171 (size 4): A 314 HIS     : C 314 HIS     : P 314 HIS     : S 314 HIS     
 Set 172 (size 4): C 309 LYS NZ  : P 309 LYS NZ  : A 309 LYS NZ  : S 309 LYS NZ  
 Set 173 (size 8): C 294 GLN     : A 307 GLN     : A 294 GLN     : S 307 GLN     
  : C 307 GLN     : S 294 GLN     : P 307 GLN     : P 294 GLN     
 Set 174 (size 4): A 297 LYS NZ  : C 297 LYS NZ  : S 297 LYS NZ  : P 297 LYS NZ  
 Set 175 (size 4): P 287 GLN     : S 287 GLN     : A 287 GLN     : C 287 GLN     
 Set 176 (size 4): C 280 HIS     : A 280 HIS     : S 280 HIS     : P 280 HIS     
 Set 177 (size 4): C 279 LYS NZ  : P 279 LYS NZ  : A 279 LYS NZ  : S 279 LYS NZ  
 Set 178 (size 4): C 277 ASN     : S 277 ASN     : A 277 ASN     : P 277 ASN     
 Set 179 (size 4): S 265 ASN     : C 265 ASN     : P 265 ASN     : A 265 ASN     
 Set 180 (size 4): A 264 GLN     : C 264 GLN     : S 264 GLN     : P 264 GLN     
 Set 181 (size 4): C 252 HIS     : S 252 HIS     : A 252 HIS     : P 252 HIS     
 Set 182 (size 4): A 250 LYS NZ  : C 250 LYS NZ  : P 250 LYS NZ  : S 250 LYS NZ  
 Set 183 (size 4): S 240 GLN     : C 240 GLN     : P 240 GLN     : A 240 GLN     
 Set 184 (size 4): P 236 LYS NZ  : S 236 LYS NZ  : C 236 LYS NZ  : A 236 LYS NZ  
 Set 185 (size 4): S 235 LYS NZ  : P 235 LYS NZ  : C 235 LYS NZ  : A 235 LYS NZ  
 Set 186 (size 4): S 233 GLN     : C 233 GLN     : P 233 GLN     : A 233 GLN     
 Set 187 (size 4): A 221 GLN     : P 221 GLN     : S 221 GLN     : C 221 GLN     
 Set 188 (size 4): A 216 ASN     : S 216 ASN     : P 216 ASN     : C 216 ASN     
 Set 189 (size 4): P 206 LYS NZ  : S 206 LYS NZ  : C 206 LYS NZ  : A 206 LYS NZ  
 Set 190 (size 4): S 180 GLN     : P 180 GLN     : C 180 GLN     : A 180 GLN     
 Set 191 (size 4): C 157 ASN     : P 157 ASN     : A 157 ASN     : S 157 ASN     
 Set 192 (size 4): C 126 HIS     : A 126 HIS     : P 126 HIS     : S 126 HIS     
 Set 193 (size 4): C 123 HIS     : A 123 HIS     : P 123 HIS     : S 123 HIS     
 Set 194 (size 4): P 117 HIS     : C 117 HIS     : A 117 HIS     : S 117 HIS     
 Set 195 (size 4): P 116 HIS     : S 116 HIS     : C 116 HIS     : A 116 HIS     
 Set 196 (size 4): C 113 LYS NZ  : S 113 LYS NZ  : A 113 LYS NZ  : P 113 LYS NZ  
 Set 197 (size 4): A 111 HIS     : S 111 HIS     : P 111 HIS     : C 111 HIS     
 Set 198 (size 4): S 105 HIS     : A 105 HIS     : P 105 HIS     : C 105 HIS     
 Set 199 (size 4): A 104 GLN     : S 104 GLN     : C 104 GLN     : P 104 GLN     
 Set 200 (size 4): S  98 GLN     : P  98 GLN     : C  98 GLN     : A  98 GLN     

 Processing set: K 417 LYS NZ  [4]: Q 417 LYS NZ  [4]: H 417 LYS NZ  [4]
  : N 417 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.137       
> : -22.686       
> : -22.049       
> : -21.477       
> : -20.820       
> : -20.256       
> : -19.469       
> : -18.888       
> : -18.124       
> : -17.399       
> : -16.570       
> : -15.995       
> : -15.162       
> : -14.395       
> : -13.703       
> : -13.037       
> : -12.280       
> : -11.538       
> : -10.727       
> : -9.846       
> : -8.873       
> : -8.083       
> : -7.299       
> : -6.431       
> : -5.530       
> : -4.616       
> : -3.720       
> : -2.820       
> : -1.875       
> : -0.945       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.137       
> : -22.686       
> : -22.049       
> : -21.477       
> : -20.820       
> : -20.256       
> : -19.469       
> : -18.888       
> : -18.124       
> : -17.399       
> : -16.570       
> : -15.995       
> : -15.162       
> : -14.395       
> : -13.703       
> : -13.037       
> : -12.280       
> : -11.538       
> : -10.727       
> : -9.846       
> : -8.873       
> : -8.083       
> : -7.299       
> : -6.431       
> : -5.530       
> : -4.616       
> : -3.720       
> : -2.820       
> : -1.875       
> : -0.945       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.137       
> : -22.686       
> : -22.049       
> : -21.477       
> : -20.820       
> : -20.256       
> : -19.469       
> : -18.888       
> : -18.124       
> : -17.399       
> : -16.570       
> : -15.995       
> : -15.162       
> : -14.395       
> : -13.703       
> : -13.037       
> : -12.280       
> : -11.538       
> : -10.727       
> : -9.846       
> : -8.873       
> : -8.083       
> : -7.299       
> : -6.431       
> : -5.530       
> : -4.616       
> : -3.720       
> : -2.820       
> : -1.875       
> : -0.945       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.137       
> : -22.686       
> : -22.049       
> : -21.477       
> : -20.820       
> : -20.256       
> : -19.469       
> : -18.888       
> : -18.124       
> : -17.399       
> : -16.570       
> : -15.995       
> : -15.162       
> : -14.395       
> : -13.703       
> : -13.037       
> : -12.280       
> : -11.538       
> : -10.727       
> : -9.846       
> : -8.873       
> : -8.083       
> : -7.299       
> : -6.431       
> : -5.530       
> : -4.616       
> : -3.720       
> : -2.820       
> : -1.875       
> : -0.945       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: K 408 LYS NZ  [4]: Q 408 LYS NZ  [4]: H 408 LYS NZ  [4]
  : N 408 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.551
> : -23.988       
> : -23.287       
> : -22.697       
> : -21.928       
> : -21.349       
> : -20.884       
> : -20.177       
> : -19.551       
> : -18.892       
> : -18.422       
> : -17.379       
> : -16.796       
> : -16.170       
> : -15.389       
> : -14.592       
> : -13.526       
> : -12.783       
> : -11.967       
> : -11.215       
> : -10.408       
> : -9.556       
> : -8.708       
> : -7.904       
> : -7.148       
> : -6.291       
> : -5.291       
> : -4.375       
> : -3.424       
> : -2.493       
> : -1.548       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -23.988       
> : -23.287       
> : -22.697       
> : -21.928       
> : -21.349       
> : -20.884       
> : -20.177       
> : -19.551       
> : -18.892       
> : -18.422       
> : -17.379       
> : -16.796       
> : -16.170       
> : -15.389       
> : -14.592       
> : -13.526       
> : -12.783       
> : -11.967       
> : -11.215       
> : -10.408       
> : -9.556       
> : -8.708       
> : -7.904       
> : -7.148       
> : -6.291       
> : -5.291       
> : -4.375       
> : -3.424       
> : -2.493       
> : -1.548       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -23.988       
> : -23.287       
> : -22.697       
> : -21.928       
> : -21.349       
> : -20.884       
> : -20.177       
> : -19.551       
> : -18.892       
> : -18.422       
> : -17.379       
> : -16.796       
> : -16.170       
> : -15.389       
> : -14.592       
> : -13.526       
> : -12.783       
> : -11.967       
> : -11.215       
> : -10.408       
> : -9.556       
> : -8.708       
> : -7.904       
> : -7.148       
> : -6.291       
> : -5.291       
> : -4.375       
> : -3.424       
> : -2.493       
> : -1.548       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -23.988       
> : -23.287       
> : -22.697       
> : -21.928       
> : -21.349       
> : -20.884       
> : -20.177       
> : -19.551       
> : -18.892       
> : -18.422       
> : -17.379       
> : -16.796       
> : -16.170       
> : -15.389       
> : -14.592       
> : -13.526       
> : -12.783       
> : -11.967       
> : -11.215       
> : -10.408       
> : -9.556       
> : -8.708       
> : -7.904       
> : -7.148       
> : -6.291       
> : -5.291       
> : -4.375       
> : -3.424       
> : -2.493       
> : -1.548       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
> : -0.609       
 Optimal score following high resolution, local optimization: -0.609

 Processing set: K 401 GLN     [2]: Q 401 GLN     [2]: H 401 GLN     [2]
  : N 401 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.696
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.696

 Processing set: K 399 ASN     [2]: Q 399 ASN     [2]: H 399 ASN     [2]
  : N 399 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.335
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.335

 Processing set: K 398 ASN     [2]: Q 398 ASN     [2]: H 398 ASN     [2]
  : N 398 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.379
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.379

 Processing set: K 394 ASN     [2]: Q 394 ASN     [2]: H 394 ASN     [2]
  : N 394 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.440
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.440

 Processing set: K 375 GLN     [2]: Q 375 GLN     [2]: H 375 GLN     [2]
  : N 375 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 31.227
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 31.227

 Processing set: K 356 HIS     [6]: Q 356 HIS     [6]: H 356 HIS     [6]
  : N 356 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -79.263
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -79.263

 Processing set: K 344 HIS     [6]: Q 344 HIS     [6]: H 344 HIS     [6]
  : N 344 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -77.595
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -77.595

 Processing set: K 322 GLN     [2]: Q 322 GLN     [2]: H 322 GLN     [2]
  : N 322 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 22.412
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 22.412

 Processing set: K 314 HIS     [6]: Q 314 HIS     [6]: H 314 HIS     [6]
  : N 314 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -77.103
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -77.103

 Processing set: K 309 LYS NZ  [4]: Q 309 LYS NZ  [4]: H 309 LYS NZ  [4]
  : N 309 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.693
> : -23.694       
> : -22.845       
> : -22.282       
> : -21.672       
> : -21.034       
> : -20.284       
> : -19.675       
> : -18.956       
> : -18.512       
> : -17.939       
> : -17.352       
> : -16.598       
> : -15.760       
> : -14.856       
> : -14.143       
> : -13.393       
> : -12.623       
> : -11.806       
> : -10.995       
> : -10.238       
> : -9.471       
> : -8.659       
> : -7.735       
> : -6.832       
> : -6.015       
> : -5.113       
> : -4.255       
> : -3.373       
> : -2.495       
> : -1.615       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -23.694       
> : -22.845       
> : -22.282       
> : -21.672       
> : -21.034       
> : -20.284       
> : -19.675       
> : -18.956       
> : -18.512       
> : -17.939       
> : -17.352       
> : -16.598       
> : -15.760       
> : -14.856       
> : -14.143       
> : -13.393       
> : -12.623       
> : -11.806       
> : -10.995       
> : -10.238       
> : -9.471       
> : -8.659       
> : -7.735       
> : -6.832       
> : -6.015       
> : -5.113       
> : -4.255       
> : -3.373       
> : -2.495       
> : -1.615       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -23.694       
> : -22.845       
> : -22.282       
> : -21.672       
> : -21.034       
> : -20.284       
> : -19.675       
> : -18.956       
> : -18.512       
> : -17.939       
> : -17.352       
> : -16.598       
> : -15.760       
> : -14.856       
> : -14.143       
> : -13.393       
> : -12.623       
> : -11.806       
> : -10.995       
> : -10.238       
> : -9.471       
> : -8.659       
> : -7.735       
> : -6.832       
> : -6.015       
> : -5.113       
> : -4.255       
> : -3.373       
> : -2.495       
> : -1.615       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -23.694       
> : -22.845       
> : -22.282       
> : -21.672       
> : -21.034       
> : -20.284       
> : -19.675       
> : -18.956       
> : -18.512       
> : -17.939       
> : -17.352       
> : -16.598       
> : -15.760       
> : -14.856       
> : -14.143       
> : -13.393       
> : -12.623       
> : -11.806       
> : -10.995       
> : -10.238       
> : -9.471       
> : -8.659       
> : -7.735       
> : -6.832       
> : -6.015       
> : -5.113       
> : -4.255       
> : -3.373       
> : -2.495       
> : -1.615       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
> : -0.693       
 Optimal score following high resolution, local optimization: -0.693

 Processing set: K 307 GLN     [2]: K 294 GLN     [2]: Q 307 GLN     [2]
  : Q 294 GLN     [2]: H 307 GLN     [2]: H 294 GLN     [2]: N 307 GLN     [2]
  : N 294 GLN     [2]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 10
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 8 nodes
 Brute Force Enumeration: 256.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 41.524
 Optimal score following low resolution optimization: -13.277
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.243
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 41.524
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.243
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 41.524
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.243
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 41.524
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.243
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 41.524
 Optimal score following high resolution, local optimization: -13.277

 Processing set: K 297 LYS NZ  [4]: Q 297 LYS NZ  [4]: H 297 LYS NZ  [4]
  : N 297 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.394       
> : -21.546       
> : -20.799       
> : -20.346       
> : -19.784       
> : -18.916       
> : -18.377       
> : -17.796       
> : -17.223       
> : -16.635       
> : -15.938       
> : -15.354       
> : -14.281       
> : -13.726       
> : -13.109       
> : -12.383       
> : -11.582       
> : -10.778       
> : -10.124       
> : -9.327       
> : -8.590       
> : -7.719       
> : -6.891       
> : -6.101       
> : -5.274       
> : -4.367       
> : -3.551       
> : -2.619       
> : -1.765       
> : -0.889       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.394       
> : -21.546       
> : -20.799       
> : -20.346       
> : -19.784       
> : -18.916       
> : -18.377       
> : -17.796       
> : -17.223       
> : -16.635       
> : -15.938       
> : -15.354       
> : -14.281       
> : -13.726       
> : -13.109       
> : -12.383       
> : -11.582       
> : -10.778       
> : -10.124       
> : -9.327       
> : -8.590       
> : -7.719       
> : -6.891       
> : -6.101       
> : -5.274       
> : -4.367       
> : -3.551       
> : -2.619       
> : -1.765       
> : -0.889       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.394       
> : -21.546       
> : -20.799       
> : -20.346       
> : -19.784       
> : -18.916       
> : -18.377       
> : -17.796       
> : -17.223       
> : -16.635       
> : -15.938       
> : -15.354       
> : -14.281       
> : -13.726       
> : -13.109       
> : -12.383       
> : -11.582       
> : -10.778       
> : -10.124       
> : -9.327       
> : -8.590       
> : -7.719       
> : -6.891       
> : -6.101       
> : -5.274       
> : -4.367       
> : -3.551       
> : -2.619       
> : -1.765       
> : -0.889       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.394       
> : -21.546       
> : -20.799       
> : -20.346       
> : -19.784       
> : -18.916       
> : -18.377       
> : -17.796       
> : -17.223       
> : -16.635       
> : -15.938       
> : -15.354       
> : -14.281       
> : -13.726       
> : -13.109       
> : -12.383       
> : -11.582       
> : -10.778       
> : -10.124       
> : -9.327       
> : -8.590       
> : -7.719       
> : -6.891       
> : -6.101       
> : -5.274       
> : -4.367       
> : -3.551       
> : -2.619       
> : -1.765       
> : -0.889       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: K 287 GLN     [2]: Q 287 GLN     [2]: H 287 GLN     [2]
  : N 287 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.073
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.073

 Processing set: K 280 HIS     [6]: Q 280 HIS     [6]: H 280 HIS     [6]
  : N 280 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -82.648
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -82.648

 Processing set: K 279 LYS NZ  [4]: Q 279 LYS NZ  [4]: H 279 LYS NZ  [4]
  : N 279 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -0.396
> : -23.078       
> : -22.280       
> : -21.529       
> : -20.998       
> : -20.496       
> : -19.960       
> : -19.345       
> : -18.565       
> : -17.728       
> : -17.242       
> : -16.622       
> : -15.940       
> : -15.212       
> : -14.556       
> : -13.731       
> : -12.976       
> : -12.161       
> : -11.394       
> : -10.574       
> : -9.811       
> : -8.995       
> : -8.224       
> : -7.315       
> : -6.425       
> : -5.599       
> : -4.770       
> : -3.897       
> : -2.979       
> : -2.037       
> : -1.115       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -23.078       
> : -22.280       
> : -21.529       
> : -20.998       
> : -20.496       
> : -19.960       
> : -19.345       
> : -18.565       
> : -17.728       
> : -17.242       
> : -16.622       
> : -15.940       
> : -15.212       
> : -14.556       
> : -13.731       
> : -12.976       
> : -12.161       
> : -11.394       
> : -10.574       
> : -9.811       
> : -8.995       
> : -8.224       
> : -7.315       
> : -6.425       
> : -5.599       
> : -4.770       
> : -3.897       
> : -2.979       
> : -2.037       
> : -1.115       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -23.078       
> : -22.280       
> : -21.529       
> : -20.998       
> : -20.496       
> : -19.960       
> : -19.345       
> : -18.565       
> : -17.728       
> : -17.242       
> : -16.622       
> : -15.940       
> : -15.212       
> : -14.556       
> : -13.731       
> : -12.976       
> : -12.161       
> : -11.394       
> : -10.574       
> : -9.811       
> : -8.995       
> : -8.224       
> : -7.315       
> : -6.425       
> : -5.599       
> : -4.770       
> : -3.897       
> : -2.979       
> : -2.037       
> : -1.115       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -23.078       
> : -22.280       
> : -21.529       
> : -20.998       
> : -20.496       
> : -19.960       
> : -19.345       
> : -18.565       
> : -17.728       
> : -17.242       
> : -16.622       
> : -15.940       
> : -15.212       
> : -14.556       
> : -13.731       
> : -12.976       
> : -12.161       
> : -11.394       
> : -10.574       
> : -9.811       
> : -8.995       
> : -8.224       
> : -7.315       
> : -6.425       
> : -5.599       
> : -4.770       
> : -3.897       
> : -2.979       
> : -2.037       
> : -1.115       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
> : -0.181       
 Optimal score following high resolution, local optimization: -0.181

 Processing set: K 277 ASN     [2]: Q 277 ASN     [2]: H 277 ASN     [2]
  : N 277 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.434
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.434

 Processing set: K 265 ASN     [2]: Q 265 ASN     [2]: H 265 ASN     [2]
  : N 265 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.728
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.728

 Processing set: K 264 GLN     [2]: Q 264 GLN     [2]: H 264 GLN     [2]
  : N 264 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.711
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.711

 Processing set: K 252 HIS     [6]: Q 252 HIS     [6]: H 252 HIS     [6]
  : N 252 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.029
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.029

 Processing set: K 250 LYS NZ  [4]: Q 250 LYS NZ  [4]: H 250 LYS NZ  [4]
  : N 250 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 1.345
> : -23.608       
> : -23.004       
> : -22.032       
> : -21.343       
> : -20.864       
> : -20.193       
> : -19.504       
> : -18.778       
> : -18.087       
> : -17.360       
> : -16.793       
> : -16.258       
> : -15.569       
> : -14.783       
> : -13.831       
> : -13.127       
> : -12.292       
> : -11.499       
> : -10.736       
> : -9.857       
> : -8.962       
> : -8.090       
> : -7.261       
> : -6.291       
> : -5.337       
> : -4.364       
> : -3.412       
> : -2.486       
> : -1.498       
> : -0.509       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : -23.608       
> : -23.004       
> : -22.032       
> : -21.343       
> : -20.864       
> : -20.193       
> : -19.504       
> : -18.778       
> : -18.087       
> : -17.360       
> : -16.793       
> : -16.258       
> : -15.569       
> : -14.783       
> : -13.831       
> : -13.127       
> : -12.292       
> : -11.499       
> : -10.736       
> : -9.857       
> : -8.962       
> : -8.090       
> : -7.261       
> : -6.291       
> : -5.337       
> : -4.364       
> : -3.412       
> : -2.486       
> : -1.498       
> : -0.509       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : -23.608       
> : -23.004       
> : -22.032       
> : -21.343       
> : -20.864       
> : -20.193       
> : -19.504       
> : -18.778       
> : -18.087       
> : -17.360       
> : -16.793       
> : -16.258       
> : -15.569       
> : -14.783       
> : -13.831       
> : -13.127       
> : -12.292       
> : -11.499       
> : -10.736       
> : -9.857       
> : -8.962       
> : -8.090       
> : -7.261       
> : -6.291       
> : -5.337       
> : -4.364       
> : -3.412       
> : -2.486       
> : -1.498       
> : -0.509       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : -23.608       
> : -23.004       
> : -22.032       
> : -21.343       
> : -20.864       
> : -20.193       
> : -19.504       
> : -18.778       
> : -18.087       
> : -17.360       
> : -16.793       
> : -16.258       
> : -15.569       
> : -14.783       
> : -13.831       
> : -13.127       
> : -12.292       
> : -11.499       
> : -10.736       
> : -9.857       
> : -8.962       
> : -8.090       
> : -7.261       
> : -6.291       
> : -5.337       
> : -4.364       
> : -3.412       
> : -2.486       
> : -1.498       
> : -0.509       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
> : 0.448       
 Optimal score following high resolution, local optimization: 0.448

 Processing set: K 240 GLN     [2]: Q 240 GLN     [2]: H 240 GLN     [2]
  : N 240 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.328
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.328

 Processing set: K 236 LYS NZ  [4]: Q 236 LYS NZ  [4]: H 236 LYS NZ  [4]
  : N 236 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -24.088       
> : -23.372       
> : -22.687       
> : -21.847       
> : -21.086       
> : -20.480       
> : -20.028       
> : -19.247       
> : -18.654       
> : -17.874       
> : -17.269       
> : -16.576       
> : -15.688       
> : -15.061       
> : -14.096       
> : -13.209       
> : -12.424       
> : -11.613       
> : -10.908       
> : -10.106       
> : -9.221       
> : -8.359       
> : -7.539       
> : -6.711       
> : -5.807       
> : -4.837       
> : -3.906       
> : -2.895       
> : -1.948       
> : -0.967       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -24.088       
> : -23.372       
> : -22.687       
> : -21.847       
> : -21.086       
> : -20.480       
> : -20.028       
> : -19.247       
> : -18.654       
> : -17.874       
> : -17.269       
> : -16.576       
> : -15.688       
> : -15.061       
> : -14.096       
> : -13.209       
> : -12.424       
> : -11.613       
> : -10.908       
> : -10.106       
> : -9.221       
> : -8.359       
> : -7.539       
> : -6.711       
> : -5.807       
> : -4.837       
> : -3.906       
> : -2.895       
> : -1.948       
> : -0.967       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -24.088       
> : -23.372       
> : -22.687       
> : -21.847       
> : -21.086       
> : -20.480       
> : -20.028       
> : -19.247       
> : -18.654       
> : -17.874       
> : -17.269       
> : -16.576       
> : -15.688       
> : -15.061       
> : -14.096       
> : -13.209       
> : -12.424       
> : -11.613       
> : -10.908       
> : -10.106       
> : -9.221       
> : -8.359       
> : -7.539       
> : -6.711       
> : -5.807       
> : -4.837       
> : -3.906       
> : -2.895       
> : -1.948       
> : -0.967       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -24.088       
> : -23.372       
> : -22.687       
> : -21.847       
> : -21.086       
> : -20.480       
> : -20.028       
> : -19.247       
> : -18.654       
> : -17.874       
> : -17.269       
> : -16.576       
> : -15.688       
> : -15.061       
> : -14.096       
> : -13.209       
> : -12.424       
> : -11.613       
> : -10.908       
> : -10.106       
> : -9.221       
> : -8.359       
> : -7.539       
> : -6.711       
> : -5.807       
> : -4.837       
> : -3.906       
> : -2.895       
> : -1.948       
> : -0.967       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: K 235 LYS NZ  [4]: Q 235 LYS NZ  [4]: H 235 LYS NZ  [4]
  : N 235 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.292       
> : -22.514       
> : -21.852       
> : -21.313       
> : -20.853       
> : -20.147       
> : -19.402       
> : -18.812       
> : -18.171       
> : -17.273       
> : -16.634       
> : -15.945       
> : -15.232       
> : -14.671       
> : -13.841       
> : -13.067       
> : -12.391       
> : -11.594       
> : -10.741       
> : -9.920       
> : -9.132       
> : -8.373       
> : -7.467       
> : -6.570       
> : -5.602       
> : -4.673       
> : -3.755       
> : -2.812       
> : -1.898       
> : -0.948       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.292       
> : -22.514       
> : -21.852       
> : -21.313       
> : -20.853       
> : -20.147       
> : -19.402       
> : -18.812       
> : -18.171       
> : -17.273       
> : -16.634       
> : -15.945       
> : -15.232       
> : -14.671       
> : -13.841       
> : -13.067       
> : -12.391       
> : -11.594       
> : -10.741       
> : -9.920       
> : -9.132       
> : -8.373       
> : -7.467       
> : -6.570       
> : -5.602       
> : -4.673       
> : -3.755       
> : -2.812       
> : -1.898       
> : -0.948       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.292       
> : -22.514       
> : -21.852       
> : -21.313       
> : -20.853       
> : -20.147       
> : -19.402       
> : -18.812       
> : -18.171       
> : -17.273       
> : -16.634       
> : -15.945       
> : -15.232       
> : -14.671       
> : -13.841       
> : -13.067       
> : -12.391       
> : -11.594       
> : -10.741       
> : -9.920       
> : -9.132       
> : -8.373       
> : -7.467       
> : -6.570       
> : -5.602       
> : -4.673       
> : -3.755       
> : -2.812       
> : -1.898       
> : -0.948       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.292       
> : -22.514       
> : -21.852       
> : -21.313       
> : -20.853       
> : -20.147       
> : -19.402       
> : -18.812       
> : -18.171       
> : -17.273       
> : -16.634       
> : -15.945       
> : -15.232       
> : -14.671       
> : -13.841       
> : -13.067       
> : -12.391       
> : -11.594       
> : -10.741       
> : -9.920       
> : -9.132       
> : -8.373       
> : -7.467       
> : -6.570       
> : -5.602       
> : -4.673       
> : -3.755       
> : -2.812       
> : -1.898       
> : -0.948       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: K 233 GLN     [2]: Q 233 GLN     [2]: H 233 GLN     [2]
  : N 233 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.240
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.240

 Processing set: K 221 GLN     [2]: Q 221 GLN     [2]: H 221 GLN     [2]
  : N 221 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.660
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.660

 Processing set: K 216 ASN     [2]: Q 216 ASN     [2]: H 216 ASN     [2]
  : N 216 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.647
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.647

 Processing set: K 206 LYS NZ  [4]: Q 206 LYS NZ  [4]: H 206 LYS NZ  [4]
  : N 206 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.545       
> : -22.714       
> : -22.140       
> : -21.469       
> : -20.801       
> : -20.099       
> : -19.591       
> : -18.927       
> : -18.169       
> : -17.520       
> : -16.808       
> : -15.994       
> : -15.281       
> : -14.410       
> : -13.738       
> : -13.006       
> : -12.247       
> : -11.548       
> : -10.607       
> : -9.949       
> : -9.152       
> : -8.251       
> : -7.378       
> : -6.546       
> : -5.585       
> : -4.651       
> : -3.735       
> : -2.819       
> : -1.894       
> : -0.975       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.545       
> : -22.714       
> : -22.140       
> : -21.469       
> : -20.801       
> : -20.099       
> : -19.591       
> : -18.927       
> : -18.169       
> : -17.520       
> : -16.808       
> : -15.994       
> : -15.281       
> : -14.410       
> : -13.738       
> : -13.006       
> : -12.247       
> : -11.548       
> : -10.607       
> : -9.949       
> : -9.152       
> : -8.251       
> : -7.378       
> : -6.546       
> : -5.585       
> : -4.651       
> : -3.735       
> : -2.819       
> : -1.894       
> : -0.975       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.545       
> : -22.714       
> : -22.140       
> : -21.469       
> : -20.801       
> : -20.099       
> : -19.591       
> : -18.927       
> : -18.169       
> : -17.520       
> : -16.808       
> : -15.994       
> : -15.281       
> : -14.410       
> : -13.738       
> : -13.006       
> : -12.247       
> : -11.548       
> : -10.607       
> : -9.949       
> : -9.152       
> : -8.251       
> : -7.378       
> : -6.546       
> : -5.585       
> : -4.651       
> : -3.735       
> : -2.819       
> : -1.894       
> : -0.975       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.545       
> : -22.714       
> : -22.140       
> : -21.469       
> : -20.801       
> : -20.099       
> : -19.591       
> : -18.927       
> : -18.169       
> : -17.520       
> : -16.808       
> : -15.994       
> : -15.281       
> : -14.410       
> : -13.738       
> : -13.006       
> : -12.247       
> : -11.548       
> : -10.607       
> : -9.949       
> : -9.152       
> : -8.251       
> : -7.378       
> : -6.546       
> : -5.585       
> : -4.651       
> : -3.735       
> : -2.819       
> : -1.894       
> : -0.975       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: K 180 GLN     [2]: Q 180 GLN     [2]: H 180 GLN     [2]
  : N 180 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.748
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.748

 Processing set: K 157 ASN     [2]: Q 157 ASN     [2]: H 157 ASN     [2]
  : N 157 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.266
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.266

 Processing set: K 126 HIS     [6]: Q 126 HIS     [6]: H 126 HIS     [6]
  : N 126 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -83.342
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -83.342

 Processing set: K 123 HIS     [6]: Q 123 HIS     [6]: H 123 HIS     [6]
  : N 123 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -69.805
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -69.805

 Processing set: K 117 HIS     [6]: Q 117 HIS     [6]: H 117 HIS     [6]
  : N 117 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -82.535
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -82.535

 Processing set: K 116 HIS     [6]: Q 116 HIS     [6]: H 116 HIS     [6]
  : N 116 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -79.089
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -79.089

 Processing set: K 113 LYS NZ  [4]: Q 113 LYS NZ  [4]: H 113 LYS NZ  [4]
  : N 113 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 5.714
> : -19.079       
> : -18.628       
> : -17.915       
> : -17.313       
> : -16.643       
> : -15.991       
> : -15.115       
> : -14.296       
> : -13.695       
> : -12.839       
> : -12.032       
> : -11.417       
> : -10.870       
> : -10.076       
> : -9.268       
> : -8.435       
> : -7.805       
> : -7.081       
> : -6.430       
> : -5.647       
> : -4.815       
> : -3.747       
> : -2.987       
> : -2.188       
> : -1.356       
> : -0.574       
> : 0.236       
> : 1.089       
> : 1.938       
> : 2.797       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : -19.079       
> : -18.628       
> : -17.915       
> : -17.313       
> : -16.643       
> : -15.991       
> : -15.115       
> : -14.296       
> : -13.695       
> : -12.839       
> : -12.032       
> : -11.417       
> : -10.870       
> : -10.076       
> : -9.268       
> : -8.435       
> : -7.805       
> : -7.081       
> : -6.430       
> : -5.647       
> : -4.815       
> : -3.747       
> : -2.987       
> : -2.188       
> : -1.356       
> : -0.574       
> : 0.236       
> : 1.089       
> : 1.938       
> : 2.797       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : -19.079       
> : -18.628       
> : -17.915       
> : -17.313       
> : -16.643       
> : -15.991       
> : -15.115       
> : -14.296       
> : -13.695       
> : -12.839       
> : -12.032       
> : -11.417       
> : -10.870       
> : -10.076       
> : -9.268       
> : -8.435       
> : -7.805       
> : -7.081       
> : -6.430       
> : -5.647       
> : -4.815       
> : -3.747       
> : -2.987       
> : -2.188       
> : -1.356       
> : -0.574       
> : 0.236       
> : 1.089       
> : 1.938       
> : 2.797       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : -19.079       
> : -18.628       
> : -17.915       
> : -17.313       
> : -16.643       
> : -15.991       
> : -15.115       
> : -14.296       
> : -13.695       
> : -12.839       
> : -12.032       
> : -11.417       
> : -10.870       
> : -10.076       
> : -9.268       
> : -8.435       
> : -7.805       
> : -7.081       
> : -6.430       
> : -5.647       
> : -4.815       
> : -3.747       
> : -2.987       
> : -2.188       
> : -1.356       
> : -0.574       
> : 0.236       
> : 1.089       
> : 1.938       
> : 2.797       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
> : 3.624       
 Optimal score following high resolution, local optimization: 3.624

 Processing set: K 111 HIS     [6]: Q 111 HIS     [6]: H 111 HIS     [6]
  : N 111 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -113.941
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -113.941

 Processing set: K 105 HIS     [6]: Q 105 HIS     [6]: H 105 HIS     [6]
  : N 105 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -78.614
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -78.614

 Processing set: K 104 GLN     [2]: Q 104 GLN     [2]: H 104 GLN     [2]
  : N 104 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.833
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.833

 Processing set: K  98 GLN     [2]: Q  98 GLN     [2]: H  98 GLN     [2]
  : N  98 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 17.723
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 17.723

 Processing set: E 417 LYS NZ  [4]: J 417 LYS NZ  [4]: G 417 LYS NZ  [4]
  : M 417 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.082       
> : -22.680       
> : -21.989       
> : -21.081       
> : -20.458       
> : -20.086       
> : -19.497       
> : -18.892       
> : -18.166       
> : -17.418       
> : -16.720       
> : -15.979       
> : -15.233       
> : -14.542       
> : -13.809       
> : -12.975       
> : -12.161       
> : -11.416       
> : -10.881       
> : -9.967       
> : -9.054       
> : -8.212       
> : -7.338       
> : -6.464       
> : -5.576       
> : -4.662       
> : -3.766       
> : -2.831       
> : -1.905       
> : -0.953       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.082       
> : -22.680       
> : -21.989       
> : -21.081       
> : -20.458       
> : -20.086       
> : -19.497       
> : -18.892       
> : -18.166       
> : -17.418       
> : -16.720       
> : -15.979       
> : -15.233       
> : -14.542       
> : -13.809       
> : -12.975       
> : -12.161       
> : -11.416       
> : -10.881       
> : -9.967       
> : -9.054       
> : -8.212       
> : -7.338       
> : -6.464       
> : -5.576       
> : -4.662       
> : -3.766       
> : -2.831       
> : -1.905       
> : -0.953       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.082       
> : -22.680       
> : -21.989       
> : -21.081       
> : -20.458       
> : -20.086       
> : -19.497       
> : -18.892       
> : -18.166       
> : -17.418       
> : -16.720       
> : -15.979       
> : -15.233       
> : -14.542       
> : -13.809       
> : -12.975       
> : -12.161       
> : -11.416       
> : -10.881       
> : -9.967       
> : -9.054       
> : -8.212       
> : -7.338       
> : -6.464       
> : -5.576       
> : -4.662       
> : -3.766       
> : -2.831       
> : -1.905       
> : -0.953       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.082       
> : -22.680       
> : -21.989       
> : -21.081       
> : -20.458       
> : -20.086       
> : -19.497       
> : -18.892       
> : -18.166       
> : -17.418       
> : -16.720       
> : -15.979       
> : -15.233       
> : -14.542       
> : -13.809       
> : -12.975       
> : -12.161       
> : -11.416       
> : -10.881       
> : -9.967       
> : -9.054       
> : -8.212       
> : -7.338       
> : -6.464       
> : -5.576       
> : -4.662       
> : -3.766       
> : -2.831       
> : -1.905       
> : -0.953       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: J 408 LYS NZ  [4]: E 408 LYS NZ  [4]: G 408 LYS NZ  [4]
  : M 408 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.935
> : -23.877       
> : -23.509       
> : -22.898       
> : -22.096       
> : -21.602       
> : -20.968       
> : -20.281       
> : -19.651       
> : -18.889       
> : -18.124       
> : -17.554       
> : -16.705       
> : -16.108       
> : -15.454       
> : -14.502       
> : -13.805       
> : -13.007       
> : -12.098       
> : -11.269       
> : -10.539       
> : -9.665       
> : -8.781       
> : -7.970       
> : -7.181       
> : -6.310       
> : -5.434       
> : -4.525       
> : -3.594       
> : -2.670       
> : -1.707       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -23.877       
> : -23.509       
> : -22.898       
> : -22.096       
> : -21.602       
> : -20.968       
> : -20.281       
> : -19.651       
> : -18.889       
> : -18.124       
> : -17.554       
> : -16.705       
> : -16.108       
> : -15.454       
> : -14.502       
> : -13.805       
> : -13.007       
> : -12.098       
> : -11.269       
> : -10.539       
> : -9.665       
> : -8.781       
> : -7.970       
> : -7.181       
> : -6.310       
> : -5.434       
> : -4.525       
> : -3.594       
> : -2.670       
> : -1.707       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -23.877       
> : -23.509       
> : -22.898       
> : -22.096       
> : -21.602       
> : -20.968       
> : -20.281       
> : -19.651       
> : -18.889       
> : -18.124       
> : -17.554       
> : -16.705       
> : -16.108       
> : -15.454       
> : -14.502       
> : -13.805       
> : -13.007       
> : -12.098       
> : -11.269       
> : -10.539       
> : -9.665       
> : -8.781       
> : -7.970       
> : -7.181       
> : -6.310       
> : -5.434       
> : -4.525       
> : -3.594       
> : -2.670       
> : -1.707       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -23.877       
> : -23.509       
> : -22.898       
> : -22.096       
> : -21.602       
> : -20.968       
> : -20.281       
> : -19.651       
> : -18.889       
> : -18.124       
> : -17.554       
> : -16.705       
> : -16.108       
> : -15.454       
> : -14.502       
> : -13.805       
> : -13.007       
> : -12.098       
> : -11.269       
> : -10.539       
> : -9.665       
> : -8.781       
> : -7.970       
> : -7.181       
> : -6.310       
> : -5.434       
> : -4.525       
> : -3.594       
> : -2.670       
> : -1.707       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
> : -0.736       
 Optimal score following high resolution, local optimization: -0.736

 Processing set: J 401 GLN     [2]: E 401 GLN     [2]: G 401 GLN     [2]
  : M 401 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.430
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.430

 Processing set: J 399 ASN     [2]: E 399 ASN     [2]: G 399 ASN     [2]
  : M 399 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.489
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.489

 Processing set: J 398 ASN     [2]: E 398 ASN     [2]: G 398 ASN     [2]
  : M 398 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.171
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.171

 Processing set: J 394 ASN     [2]: E 394 ASN     [2]: G 394 ASN     [2]
  : M 394 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.891
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.891

 Processing set: J 375 GLN     [2]: E 375 GLN     [2]: G 375 GLN     [2]
  : M 375 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 31.168
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 31.168

 Processing set: J 356 HIS     [6]: E 356 HIS     [6]: G 356 HIS     [6]
  : M 356 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -81.375
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -81.375

 Processing set: J 344 HIS     [6]: E 344 HIS     [6]: G 344 HIS     [6]
  : M 344 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.905
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.905

 Processing set: J 322 GLN     [2]: E 322 GLN     [2]: G 322 GLN     [2]
  : M 322 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 20.015
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 20.015

 Processing set: J 314 HIS     [6]: E 314 HIS     [6]: G 314 HIS     [6]
  : M 314 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.844
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.844

 Processing set: J 309 LYS NZ  [4]: E 309 LYS NZ  [4]: G 309 LYS NZ  [4]
  : M 309 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.606
> : -24.507       
> : -23.936       
> : -23.328       
> : -22.735       
> : -21.809       
> : -21.018       
> : -20.407       
> : -19.859       
> : -19.104       
> : -18.427       
> : -17.906       
> : -17.218       
> : -16.390       
> : -15.593       
> : -14.723       
> : -13.934       
> : -13.098       
> : -12.287       
> : -11.509       
> : -10.833       
> : -10.017       
> : -9.081       
> : -8.110       
> : -7.225       
> : -6.219       
> : -5.327       
> : -4.409       
> : -3.477       
> : -2.573       
> : -1.634       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -24.507       
> : -23.936       
> : -23.328       
> : -22.735       
> : -21.809       
> : -21.018       
> : -20.407       
> : -19.859       
> : -19.104       
> : -18.427       
> : -17.906       
> : -17.218       
> : -16.390       
> : -15.593       
> : -14.723       
> : -13.934       
> : -13.098       
> : -12.287       
> : -11.509       
> : -10.833       
> : -10.017       
> : -9.081       
> : -8.110       
> : -7.225       
> : -6.219       
> : -5.327       
> : -4.409       
> : -3.477       
> : -2.573       
> : -1.634       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -24.507       
> : -23.936       
> : -23.328       
> : -22.735       
> : -21.809       
> : -21.018       
> : -20.407       
> : -19.859       
> : -19.104       
> : -18.427       
> : -17.906       
> : -17.218       
> : -16.390       
> : -15.593       
> : -14.723       
> : -13.934       
> : -13.098       
> : -12.287       
> : -11.509       
> : -10.833       
> : -10.017       
> : -9.081       
> : -8.110       
> : -7.225       
> : -6.219       
> : -5.327       
> : -4.409       
> : -3.477       
> : -2.573       
> : -1.634       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -24.507       
> : -23.936       
> : -23.328       
> : -22.735       
> : -21.809       
> : -21.018       
> : -20.407       
> : -19.859       
> : -19.104       
> : -18.427       
> : -17.906       
> : -17.218       
> : -16.390       
> : -15.593       
> : -14.723       
> : -13.934       
> : -13.098       
> : -12.287       
> : -11.509       
> : -10.833       
> : -10.017       
> : -9.081       
> : -8.110       
> : -7.225       
> : -6.219       
> : -5.327       
> : -4.409       
> : -3.477       
> : -2.573       
> : -1.634       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
> : -0.691       
 Optimal score following high resolution, local optimization: -0.691

 Processing set: J 307 GLN     [2]: J 294 GLN     [2]: E 307 GLN     [2]
  : E 294 GLN     [2]: G 307 GLN     [2]: G 294 GLN     [2]: M 307 GLN     [2]
  : M 294 GLN     [2]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 10
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 8 nodes
 Brute Force Enumeration: 256.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.336
 Optimal score following low resolution optimization: -16.774
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 37.935
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.336
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 37.935
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.336
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 37.935
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.336
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 37.935
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 39.336
 Optimal score following high resolution, local optimization: -16.774

 Processing set: J 297 LYS NZ  [4]: E 297 LYS NZ  [4]: G 297 LYS NZ  [4]
  : M 297 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.175       
> : -22.352       
> : -21.820       
> : -21.179       
> : -20.560       
> : -19.801       
> : -19.260       
> : -18.442       
> : -17.739       
> : -17.357       
> : -16.918       
> : -15.934       
> : -15.174       
> : -14.229       
> : -13.610       
> : -12.894       
> : -12.212       
> : -11.307       
> : -10.452       
> : -9.787       
> : -8.862       
> : -8.042       
> : -7.316       
> : -6.434       
> : -5.443       
> : -4.600       
> : -3.669       
> : -2.774       
> : -1.861       
> : -0.930       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.175       
> : -22.352       
> : -21.820       
> : -21.179       
> : -20.560       
> : -19.801       
> : -19.260       
> : -18.442       
> : -17.739       
> : -17.357       
> : -16.918       
> : -15.934       
> : -15.174       
> : -14.229       
> : -13.610       
> : -12.894       
> : -12.212       
> : -11.307       
> : -10.452       
> : -9.787       
> : -8.862       
> : -8.042       
> : -7.316       
> : -6.434       
> : -5.443       
> : -4.600       
> : -3.669       
> : -2.774       
> : -1.861       
> : -0.930       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.175       
> : -22.352       
> : -21.820       
> : -21.179       
> : -20.560       
> : -19.801       
> : -19.260       
> : -18.442       
> : -17.739       
> : -17.357       
> : -16.918       
> : -15.934       
> : -15.174       
> : -14.229       
> : -13.610       
> : -12.894       
> : -12.212       
> : -11.307       
> : -10.452       
> : -9.787       
> : -8.862       
> : -8.042       
> : -7.316       
> : -6.434       
> : -5.443       
> : -4.600       
> : -3.669       
> : -2.774       
> : -1.861       
> : -0.930       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.175       
> : -22.352       
> : -21.820       
> : -21.179       
> : -20.560       
> : -19.801       
> : -19.260       
> : -18.442       
> : -17.739       
> : -17.357       
> : -16.918       
> : -15.934       
> : -15.174       
> : -14.229       
> : -13.610       
> : -12.894       
> : -12.212       
> : -11.307       
> : -10.452       
> : -9.787       
> : -8.862       
> : -8.042       
> : -7.316       
> : -6.434       
> : -5.443       
> : -4.600       
> : -3.669       
> : -2.774       
> : -1.861       
> : -0.930       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: J 287 GLN     [2]: E 287 GLN     [2]: G 287 GLN     [2]
  : M 287 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -3.259
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -3.259

 Processing set: J 280 HIS     [6]: E 280 HIS     [6]: G 280 HIS     [6]
  : M 280 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -75.259
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -75.259

 Processing set: J 279 LYS NZ  [4]: E 279 LYS NZ  [4]: G 279 LYS NZ  [4]
  : M 279 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -0.232
> : -22.669       
> : -22.129       
> : -21.537       
> : -20.746       
> : -20.315       
> : -19.775       
> : -19.061       
> : -18.133       
> : -17.494       
> : -16.785       
> : -16.259       
> : -15.617       
> : -15.035       
> : -14.365       
> : -13.495       
> : -12.669       
> : -11.969       
> : -11.126       
> : -10.301       
> : -9.378       
> : -8.680       
> : -7.845       
> : -7.049       
> : -6.234       
> : -5.397       
> : -4.577       
> : -3.773       
> : -2.890       
> : -1.962       
> : -1.032       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -22.669       
> : -22.129       
> : -21.537       
> : -20.746       
> : -20.315       
> : -19.775       
> : -19.061       
> : -18.133       
> : -17.494       
> : -16.785       
> : -16.259       
> : -15.617       
> : -15.035       
> : -14.365       
> : -13.495       
> : -12.669       
> : -11.969       
> : -11.126       
> : -10.301       
> : -9.378       
> : -8.680       
> : -7.845       
> : -7.049       
> : -6.234       
> : -5.397       
> : -4.577       
> : -3.773       
> : -2.890       
> : -1.962       
> : -1.032       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -22.669       
> : -22.129       
> : -21.537       
> : -20.746       
> : -20.315       
> : -19.775       
> : -19.061       
> : -18.133       
> : -17.494       
> : -16.785       
> : -16.259       
> : -15.617       
> : -15.035       
> : -14.365       
> : -13.495       
> : -12.669       
> : -11.969       
> : -11.126       
> : -10.301       
> : -9.378       
> : -8.680       
> : -7.845       
> : -7.049       
> : -6.234       
> : -5.397       
> : -4.577       
> : -3.773       
> : -2.890       
> : -1.962       
> : -1.032       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -22.669       
> : -22.129       
> : -21.537       
> : -20.746       
> : -20.315       
> : -19.775       
> : -19.061       
> : -18.133       
> : -17.494       
> : -16.785       
> : -16.259       
> : -15.617       
> : -15.035       
> : -14.365       
> : -13.495       
> : -12.669       
> : -11.969       
> : -11.126       
> : -10.301       
> : -9.378       
> : -8.680       
> : -7.845       
> : -7.049       
> : -6.234       
> : -5.397       
> : -4.577       
> : -3.773       
> : -2.890       
> : -1.962       
> : -1.032       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
> : -0.096       
 Optimal score following high resolution, local optimization: -0.096

 Processing set: J 277 ASN     [2]: E 277 ASN     [2]: G 277 ASN     [2]
  : M 277 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.433
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.433

 Processing set: J 265 ASN     [2]: E 265 ASN     [2]: G 265 ASN     [2]
  : M 265 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.474
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.474

 Processing set: J 264 GLN     [2]: E 264 GLN     [2]: G 264 GLN     [2]
  : M 264 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 30.978
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 30.978

 Processing set: J 252 HIS     [6]: E 252 HIS     [6]: G 252 HIS     [6]
  : M 252 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -78.206
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -78.206

 Processing set: M 250 LYS NZ  [4]: J 250 LYS NZ  [4]: E 250 LYS NZ  [4]
  : G 250 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 1.264
> : -23.224       
> : -22.835       
> : -22.298       
> : -21.684       
> : -20.924       
> : -20.338       
> : -19.760       
> : -18.809       
> : -18.137       
> : -17.416       
> : -16.644       
> : -16.022       
> : -15.327       
> : -14.644       
> : -13.850       
> : -13.137       
> : -12.243       
> : -11.415       
> : -10.511       
> : -9.723       
> : -8.963       
> : -8.097       
> : -7.207       
> : -6.269       
> : -5.218       
> : -4.314       
> : -3.417       
> : -2.498       
> : -1.550       
> : -0.555       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : -23.224       
> : -22.835       
> : -22.298       
> : -21.684       
> : -20.924       
> : -20.338       
> : -19.760       
> : -18.809       
> : -18.137       
> : -17.416       
> : -16.644       
> : -16.022       
> : -15.327       
> : -14.644       
> : -13.850       
> : -13.137       
> : -12.243       
> : -11.415       
> : -10.511       
> : -9.723       
> : -8.963       
> : -8.097       
> : -7.207       
> : -6.269       
> : -5.218       
> : -4.314       
> : -3.417       
> : -2.498       
> : -1.550       
> : -0.555       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : -23.224       
> : -22.835       
> : -22.298       
> : -21.684       
> : -20.924       
> : -20.338       
> : -19.760       
> : -18.809       
> : -18.137       
> : -17.416       
> : -16.644       
> : -16.022       
> : -15.327       
> : -14.644       
> : -13.850       
> : -13.137       
> : -12.243       
> : -11.415       
> : -10.511       
> : -9.723       
> : -8.963       
> : -8.097       
> : -7.207       
> : -6.269       
> : -5.218       
> : -4.314       
> : -3.417       
> : -2.498       
> : -1.550       
> : -0.555       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : -23.224       
> : -22.835       
> : -22.298       
> : -21.684       
> : -20.924       
> : -20.338       
> : -19.760       
> : -18.809       
> : -18.137       
> : -17.416       
> : -16.644       
> : -16.022       
> : -15.327       
> : -14.644       
> : -13.850       
> : -13.137       
> : -12.243       
> : -11.415       
> : -10.511       
> : -9.723       
> : -8.963       
> : -8.097       
> : -7.207       
> : -6.269       
> : -5.218       
> : -4.314       
> : -3.417       
> : -2.498       
> : -1.550       
> : -0.555       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
> : 0.421       
 Optimal score following high resolution, local optimization: 0.421

 Processing set: M 240 GLN     [2]: J 240 GLN     [2]: E 240 GLN     [2]
  : G 240 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.983
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.983

 Processing set: M 236 LYS NZ  [4]: J 236 LYS NZ  [4]: E 236 LYS NZ  [4]
  : G 236 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.607       
> : -21.976       
> : -21.591       
> : -20.794       
> : -20.248       
> : -19.733       
> : -19.046       
> : -18.342       
> : -17.611       
> : -17.099       
> : -16.329       
> : -15.721       
> : -14.932       
> : -14.149       
> : -13.383       
> : -12.720       
> : -11.953       
> : -11.313       
> : -10.415       
> : -9.567       
> : -8.775       
> : -7.963       
> : -7.151       
> : -6.267       
> : -5.352       
> : -4.511       
> : -3.667       
> : -2.780       
> : -1.876       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.607       
> : -21.976       
> : -21.591       
> : -20.794       
> : -20.248       
> : -19.733       
> : -19.046       
> : -18.342       
> : -17.611       
> : -17.099       
> : -16.329       
> : -15.721       
> : -14.932       
> : -14.149       
> : -13.383       
> : -12.720       
> : -11.953       
> : -11.313       
> : -10.415       
> : -9.567       
> : -8.775       
> : -7.963       
> : -7.151       
> : -6.267       
> : -5.352       
> : -4.511       
> : -3.667       
> : -2.780       
> : -1.876       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.607       
> : -21.976       
> : -21.591       
> : -20.794       
> : -20.248       
> : -19.733       
> : -19.046       
> : -18.342       
> : -17.611       
> : -17.099       
> : -16.329       
> : -15.721       
> : -14.932       
> : -14.149       
> : -13.383       
> : -12.720       
> : -11.953       
> : -11.313       
> : -10.415       
> : -9.567       
> : -8.775       
> : -7.963       
> : -7.151       
> : -6.267       
> : -5.352       
> : -4.511       
> : -3.667       
> : -2.780       
> : -1.876       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.607       
> : -21.976       
> : -21.591       
> : -20.794       
> : -20.248       
> : -19.733       
> : -19.046       
> : -18.342       
> : -17.611       
> : -17.099       
> : -16.329       
> : -15.721       
> : -14.932       
> : -14.149       
> : -13.383       
> : -12.720       
> : -11.953       
> : -11.313       
> : -10.415       
> : -9.567       
> : -8.775       
> : -7.963       
> : -7.151       
> : -6.267       
> : -5.352       
> : -4.511       
> : -3.667       
> : -2.780       
> : -1.876       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: M 235 LYS NZ  [4]: J 235 LYS NZ  [4]: E 235 LYS NZ  [4]
  : G 235 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.751       
> : -22.160       
> : -21.518       
> : -20.973       
> : -20.471       
> : -19.742       
> : -18.942       
> : -18.411       
> : -17.774       
> : -17.180       
> : -16.584       
> : -15.790       
> : -15.050       
> : -14.492       
> : -13.668       
> : -12.935       
> : -12.218       
> : -11.280       
> : -10.473       
> : -9.644       
> : -8.909       
> : -8.007       
> : -7.154       
> : -6.283       
> : -5.458       
> : -4.544       
> : -3.661       
> : -2.773       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.751       
> : -22.160       
> : -21.518       
> : -20.973       
> : -20.471       
> : -19.742       
> : -18.942       
> : -18.411       
> : -17.774       
> : -17.180       
> : -16.584       
> : -15.790       
> : -15.050       
> : -14.492       
> : -13.668       
> : -12.935       
> : -12.218       
> : -11.280       
> : -10.473       
> : -9.644       
> : -8.909       
> : -8.007       
> : -7.154       
> : -6.283       
> : -5.458       
> : -4.544       
> : -3.661       
> : -2.773       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.751       
> : -22.160       
> : -21.518       
> : -20.973       
> : -20.471       
> : -19.742       
> : -18.942       
> : -18.411       
> : -17.774       
> : -17.180       
> : -16.584       
> : -15.790       
> : -15.050       
> : -14.492       
> : -13.668       
> : -12.935       
> : -12.218       
> : -11.280       
> : -10.473       
> : -9.644       
> : -8.909       
> : -8.007       
> : -7.154       
> : -6.283       
> : -5.458       
> : -4.544       
> : -3.661       
> : -2.773       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.751       
> : -22.160       
> : -21.518       
> : -20.973       
> : -20.471       
> : -19.742       
> : -18.942       
> : -18.411       
> : -17.774       
> : -17.180       
> : -16.584       
> : -15.790       
> : -15.050       
> : -14.492       
> : -13.668       
> : -12.935       
> : -12.218       
> : -11.280       
> : -10.473       
> : -9.644       
> : -8.909       
> : -8.007       
> : -7.154       
> : -6.283       
> : -5.458       
> : -4.544       
> : -3.661       
> : -2.773       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: M 233 GLN     [2]: J 233 GLN     [2]: E 233 GLN     [2]
  : G 233 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 31.438
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 31.438

 Processing set: M 221 GLN     [2]: J 221 GLN     [2]: E 221 GLN     [2]
  : G 221 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 37.442
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 37.442

 Processing set: M 216 ASN     [2]: J 216 ASN     [2]: E 216 ASN     [2]
  : G 216 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.207
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.207

 Processing set: M 206 LYS NZ  [4]: J 206 LYS NZ  [4]: E 206 LYS NZ  [4]
  : G 206 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.229       
> : -22.796       
> : -22.368       
> : -21.621       
> : -21.108       
> : -20.374       
> : -19.763       
> : -18.912       
> : -18.367       
> : -17.541       
> : -16.836       
> : -16.169       
> : -15.361       
> : -14.711       
> : -13.997       
> : -13.156       
> : -12.311       
> : -11.596       
> : -10.885       
> : -10.078       
> : -9.146       
> : -8.229       
> : -7.416       
> : -6.527       
> : -5.632       
> : -4.736       
> : -3.796       
> : -2.864       
> : -1.918       
> : -0.963       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.229       
> : -22.796       
> : -22.368       
> : -21.621       
> : -21.108       
> : -20.374       
> : -19.763       
> : -18.912       
> : -18.367       
> : -17.541       
> : -16.836       
> : -16.169       
> : -15.361       
> : -14.711       
> : -13.997       
> : -13.156       
> : -12.311       
> : -11.596       
> : -10.885       
> : -10.078       
> : -9.146       
> : -8.229       
> : -7.416       
> : -6.527       
> : -5.632       
> : -4.736       
> : -3.796       
> : -2.864       
> : -1.918       
> : -0.963       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.229       
> : -22.796       
> : -22.368       
> : -21.621       
> : -21.108       
> : -20.374       
> : -19.763       
> : -18.912       
> : -18.367       
> : -17.541       
> : -16.836       
> : -16.169       
> : -15.361       
> : -14.711       
> : -13.997       
> : -13.156       
> : -12.311       
> : -11.596       
> : -10.885       
> : -10.078       
> : -9.146       
> : -8.229       
> : -7.416       
> : -6.527       
> : -5.632       
> : -4.736       
> : -3.796       
> : -2.864       
> : -1.918       
> : -0.963       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.229       
> : -22.796       
> : -22.368       
> : -21.621       
> : -21.108       
> : -20.374       
> : -19.763       
> : -18.912       
> : -18.367       
> : -17.541       
> : -16.836       
> : -16.169       
> : -15.361       
> : -14.711       
> : -13.997       
> : -13.156       
> : -12.311       
> : -11.596       
> : -10.885       
> : -10.078       
> : -9.146       
> : -8.229       
> : -7.416       
> : -6.527       
> : -5.632       
> : -4.736       
> : -3.796       
> : -2.864       
> : -1.918       
> : -0.963       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: M 180 GLN     [2]: J 180 GLN     [2]: E 180 GLN     [2]
  : G 180 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.171
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.171

 Processing set: M 157 ASN     [2]: J 157 ASN     [2]: E 157 ASN     [2]
  : G 157 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.996
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.996

 Processing set: G 126 HIS     [6]: M 126 HIS     [6]: J 126 HIS     [6]
  : E 126 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -83.982
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -83.982

 Processing set: G 123 HIS     [6]: M 123 HIS     [6]: J 123 HIS     [6]
  : E 123 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -71.622
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -71.622

 Processing set: G 117 HIS     [6]: M 117 HIS     [6]: J 117 HIS     [6]
  : E 117 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -78.560
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -78.560

 Processing set: G 116 HIS     [6]: M 116 HIS     [6]: J 116 HIS     [6]
  : E 116 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -79.869
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -79.869

 Processing set: G 113 LYS NZ  [4]: M 113 LYS NZ  [4]: J 113 LYS NZ  [4]
  : E 113 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 5.868
> : -19.306       
> : -18.926       
> : -18.101       
> : -17.242       
> : -16.509       
> : -15.924       
> : -15.256       
> : -14.516       
> : -13.930       
> : -13.312       
> : -12.557       
> : -11.850       
> : -10.996       
> : -10.176       
> : -9.441       
> : -8.597       
> : -7.929       
> : -7.100       
> : -6.333       
> : -5.526       
> : -4.764       
> : -3.976       
> : -3.117       
> : -2.250       
> : -1.414       
> : -0.511       
> : 0.377       
> : 1.179       
> : 1.975       
> : 2.800       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : -19.306       
> : -18.926       
> : -18.101       
> : -17.242       
> : -16.509       
> : -15.924       
> : -15.256       
> : -14.516       
> : -13.930       
> : -13.312       
> : -12.557       
> : -11.850       
> : -10.996       
> : -10.176       
> : -9.441       
> : -8.597       
> : -7.929       
> : -7.100       
> : -6.333       
> : -5.526       
> : -4.764       
> : -3.976       
> : -3.117       
> : -2.250       
> : -1.414       
> : -0.511       
> : 0.377       
> : 1.179       
> : 1.975       
> : 2.800       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : -19.306       
> : -18.926       
> : -18.101       
> : -17.242       
> : -16.509       
> : -15.924       
> : -15.256       
> : -14.516       
> : -13.930       
> : -13.312       
> : -12.557       
> : -11.850       
> : -10.996       
> : -10.176       
> : -9.441       
> : -8.597       
> : -7.929       
> : -7.100       
> : -6.333       
> : -5.526       
> : -4.764       
> : -3.976       
> : -3.117       
> : -2.250       
> : -1.414       
> : -0.511       
> : 0.377       
> : 1.179       
> : 1.975       
> : 2.800       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : -19.306       
> : -18.926       
> : -18.101       
> : -17.242       
> : -16.509       
> : -15.924       
> : -15.256       
> : -14.516       
> : -13.930       
> : -13.312       
> : -12.557       
> : -11.850       
> : -10.996       
> : -10.176       
> : -9.441       
> : -8.597       
> : -7.929       
> : -7.100       
> : -6.333       
> : -5.526       
> : -4.764       
> : -3.976       
> : -3.117       
> : -2.250       
> : -1.414       
> : -0.511       
> : 0.377       
> : 1.179       
> : 1.975       
> : 2.800       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
> : 3.633       
 Optimal score following high resolution, local optimization: 3.633

 Processing set: G 111 HIS     [6]: M 111 HIS     [6]: J 111 HIS     [6]
  : E 111 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -112.197
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -112.197

 Processing set: G 105 HIS     [6]: M 105 HIS     [6]: J 105 HIS     [6]
  : E 105 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -77.937
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -77.937

 Processing set: G 104 GLN     [2]: M 104 GLN     [2]: J 104 GLN     [2]
  : E 104 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.484
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.484

 Processing set: G  98 GLN     [2]: M  98 GLN     [2]: J  98 GLN     [2]
  : E  98 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 16.485
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 16.485

 Processing set: F 417 LYS NZ  [4]: T 417 LYS NZ  [4]: I 417 LYS NZ  [4]
  : D 417 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.481       
> : -21.813       
> : -21.390       
> : -21.100       
> : -20.742       
> : -19.906       
> : -19.225       
> : -18.589       
> : -17.880       
> : -17.164       
> : -16.237       
> : -15.396       
> : -14.801       
> : -14.145       
> : -13.541       
> : -12.902       
> : -12.015       
> : -11.215       
> : -10.479       
> : -9.723       
> : -8.990       
> : -8.129       
> : -7.244       
> : -6.255       
> : -5.417       
> : -4.570       
> : -3.675       
> : -2.739       
> : -1.874       
> : -0.931       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.481       
> : -21.813       
> : -21.390       
> : -21.100       
> : -20.742       
> : -19.906       
> : -19.225       
> : -18.589       
> : -17.880       
> : -17.164       
> : -16.237       
> : -15.396       
> : -14.801       
> : -14.145       
> : -13.541       
> : -12.902       
> : -12.015       
> : -11.215       
> : -10.479       
> : -9.723       
> : -8.990       
> : -8.129       
> : -7.244       
> : -6.255       
> : -5.417       
> : -4.570       
> : -3.675       
> : -2.739       
> : -1.874       
> : -0.931       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.481       
> : -21.813       
> : -21.390       
> : -21.100       
> : -20.742       
> : -19.906       
> : -19.225       
> : -18.589       
> : -17.880       
> : -17.164       
> : -16.237       
> : -15.396       
> : -14.801       
> : -14.145       
> : -13.541       
> : -12.902       
> : -12.015       
> : -11.215       
> : -10.479       
> : -9.723       
> : -8.990       
> : -8.129       
> : -7.244       
> : -6.255       
> : -5.417       
> : -4.570       
> : -3.675       
> : -2.739       
> : -1.874       
> : -0.931       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.481       
> : -21.813       
> : -21.390       
> : -21.100       
> : -20.742       
> : -19.906       
> : -19.225       
> : -18.589       
> : -17.880       
> : -17.164       
> : -16.237       
> : -15.396       
> : -14.801       
> : -14.145       
> : -13.541       
> : -12.902       
> : -12.015       
> : -11.215       
> : -10.479       
> : -9.723       
> : -8.990       
> : -8.129       
> : -7.244       
> : -6.255       
> : -5.417       
> : -4.570       
> : -3.675       
> : -2.739       
> : -1.874       
> : -0.931       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: F 408 LYS NZ  [4]: I 408 LYS NZ  [4]: D 408 LYS NZ  [4]
  : T 408 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.817
> : -24.081       
> : -23.597       
> : -23.027       
> : -22.327       
> : -21.640       
> : -21.197       
> : -20.354       
> : -19.792       
> : -19.093       
> : -18.541       
> : -17.662       
> : -16.916       
> : -16.201       
> : -15.378       
> : -14.604       
> : -13.930       
> : -13.146       
> : -12.309       
> : -11.505       
> : -10.695       
> : -9.793       
> : -8.941       
> : -8.150       
> : -7.292       
> : -6.408       
> : -5.458       
> : -4.564       
> : -3.628       
> : -2.677       
> : -1.720       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -24.081       
> : -23.597       
> : -23.027       
> : -22.327       
> : -21.640       
> : -21.197       
> : -20.354       
> : -19.792       
> : -19.093       
> : -18.541       
> : -17.662       
> : -16.916       
> : -16.201       
> : -15.378       
> : -14.604       
> : -13.930       
> : -13.146       
> : -12.309       
> : -11.505       
> : -10.695       
> : -9.793       
> : -8.941       
> : -8.150       
> : -7.292       
> : -6.408       
> : -5.458       
> : -4.564       
> : -3.628       
> : -2.677       
> : -1.720       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -24.081       
> : -23.597       
> : -23.027       
> : -22.327       
> : -21.640       
> : -21.197       
> : -20.354       
> : -19.792       
> : -19.093       
> : -18.541       
> : -17.662       
> : -16.916       
> : -16.201       
> : -15.378       
> : -14.604       
> : -13.930       
> : -13.146       
> : -12.309       
> : -11.505       
> : -10.695       
> : -9.793       
> : -8.941       
> : -8.150       
> : -7.292       
> : -6.408       
> : -5.458       
> : -4.564       
> : -3.628       
> : -2.677       
> : -1.720       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -24.081       
> : -23.597       
> : -23.027       
> : -22.327       
> : -21.640       
> : -21.197       
> : -20.354       
> : -19.792       
> : -19.093       
> : -18.541       
> : -17.662       
> : -16.916       
> : -16.201       
> : -15.378       
> : -14.604       
> : -13.930       
> : -13.146       
> : -12.309       
> : -11.505       
> : -10.695       
> : -9.793       
> : -8.941       
> : -8.150       
> : -7.292       
> : -6.408       
> : -5.458       
> : -4.564       
> : -3.628       
> : -2.677       
> : -1.720       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
> : -0.760       
 Optimal score following high resolution, local optimization: -0.760

 Processing set: F 401 GLN     [2]: T 401 GLN     [2]: I 401 GLN     [2]
  : D 401 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.573
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.573

 Processing set: F 399 ASN     [2]: I 399 ASN     [2]: T 399 ASN     [2]
  : D 399 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.069
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.069

 Processing set: F 398 ASN     [2]: I 398 ASN     [2]: T 398 ASN     [2]
  : D 398 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.333
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.333

 Processing set: F 394 ASN     [2]: T 394 ASN     [2]: I 394 ASN     [2]
  : D 394 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.676
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.676

 Processing set: F 375 GLN     [2]: T 375 GLN     [2]: I 375 GLN     [2]
  : D 375 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 31.159
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 31.159

 Processing set: F 356 HIS     [6]: I 356 HIS     [6]: T 356 HIS     [6]
  : D 356 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -78.929
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -78.929

 Processing set: F 344 HIS     [6]: I 344 HIS     [6]: T 344 HIS     [6]
  : D 344 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -76.972
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -76.972

 Processing set: F 322 GLN     [2]: T 322 GLN     [2]: I 322 GLN     [2]
  : D 322 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 20.183
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 20.183

 Processing set: T 314 HIS     [6]: F 314 HIS     [6]: I 314 HIS     [6]
  : D 314 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -79.029
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -79.029

 Processing set: F 309 LYS NZ  [4]: I 309 LYS NZ  [4]: T 309 LYS NZ  [4]
  : D 309 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.539
> : -23.901       
> : -23.483       
> : -22.813       
> : -22.365       
> : -21.430       
> : -20.807       
> : -20.133       
> : -19.384       
> : -18.810       
> : -18.224       
> : -17.486       
> : -16.727       
> : -15.938       
> : -15.434       
> : -14.491       
> : -13.650       
> : -12.923       
> : -12.036       
> : -11.271       
> : -10.466       
> : -9.573       
> : -8.677       
> : -7.738       
> : -6.948       
> : -6.088       
> : -5.246       
> : -4.330       
> : -3.466       
> : -2.531       
> : -1.605       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -23.901       
> : -23.483       
> : -22.813       
> : -22.365       
> : -21.430       
> : -20.807       
> : -20.133       
> : -19.384       
> : -18.810       
> : -18.224       
> : -17.486       
> : -16.727       
> : -15.938       
> : -15.434       
> : -14.491       
> : -13.650       
> : -12.923       
> : -12.036       
> : -11.271       
> : -10.466       
> : -9.573       
> : -8.677       
> : -7.738       
> : -6.948       
> : -6.088       
> : -5.246       
> : -4.330       
> : -3.466       
> : -2.531       
> : -1.605       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -23.901       
> : -23.483       
> : -22.813       
> : -22.365       
> : -21.430       
> : -20.807       
> : -20.133       
> : -19.384       
> : -18.810       
> : -18.224       
> : -17.486       
> : -16.727       
> : -15.938       
> : -15.434       
> : -14.491       
> : -13.650       
> : -12.923       
> : -12.036       
> : -11.271       
> : -10.466       
> : -9.573       
> : -8.677       
> : -7.738       
> : -6.948       
> : -6.088       
> : -5.246       
> : -4.330       
> : -3.466       
> : -2.531       
> : -1.605       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -23.901       
> : -23.483       
> : -22.813       
> : -22.365       
> : -21.430       
> : -20.807       
> : -20.133       
> : -19.384       
> : -18.810       
> : -18.224       
> : -17.486       
> : -16.727       
> : -15.938       
> : -15.434       
> : -14.491       
> : -13.650       
> : -12.923       
> : -12.036       
> : -11.271       
> : -10.466       
> : -9.573       
> : -8.677       
> : -7.738       
> : -6.948       
> : -6.088       
> : -5.246       
> : -4.330       
> : -3.466       
> : -2.531       
> : -1.605       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
> : -0.663       
 Optimal score following high resolution, local optimization: -0.663

 Processing set: F 307 GLN     [2]: F 294 GLN     [2]: T 294 GLN     [2]
  : I 307 GLN     [2]: I 294 GLN     [2]: T 307 GLN     [2]: D 307 GLN     [2]
  : D 294 GLN     [2]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 10
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 8 nodes
 Brute Force Enumeration: 256.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 42.724
 Optimal score following low resolution optimization: -14.473
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.355
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 42.724
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 42.724
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.355
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 42.724
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.355
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.355
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 42.724
 Optimal score following high resolution, local optimization: -14.473

 Processing set: F 297 LYS NZ  [4]: I 297 LYS NZ  [4]: D 297 LYS NZ  [4]
  : T 297 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -21.994       
> : -21.652       
> : -21.228       
> : -20.726       
> : -19.999       
> : -19.374       
> : -18.756       
> : -17.829       
> : -17.161       
> : -16.641       
> : -15.934       
> : -15.368       
> : -14.555       
> : -13.997       
> : -13.293       
> : -12.439       
> : -11.750       
> : -10.863       
> : -10.057       
> : -9.305       
> : -8.527       
> : -7.697       
> : -6.945       
> : -6.159       
> : -5.286       
> : -4.425       
> : -3.539       
> : -2.687       
> : -1.829       
> : -0.929       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -21.994       
> : -21.652       
> : -21.228       
> : -20.726       
> : -19.999       
> : -19.374       
> : -18.756       
> : -17.829       
> : -17.161       
> : -16.641       
> : -15.934       
> : -15.368       
> : -14.555       
> : -13.997       
> : -13.293       
> : -12.439       
> : -11.750       
> : -10.863       
> : -10.057       
> : -9.305       
> : -8.527       
> : -7.697       
> : -6.945       
> : -6.159       
> : -5.286       
> : -4.425       
> : -3.539       
> : -2.687       
> : -1.829       
> : -0.929       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -21.994       
> : -21.652       
> : -21.228       
> : -20.726       
> : -19.999       
> : -19.374       
> : -18.756       
> : -17.829       
> : -17.161       
> : -16.641       
> : -15.934       
> : -15.368       
> : -14.555       
> : -13.997       
> : -13.293       
> : -12.439       
> : -11.750       
> : -10.863       
> : -10.057       
> : -9.305       
> : -8.527       
> : -7.697       
> : -6.945       
> : -6.159       
> : -5.286       
> : -4.425       
> : -3.539       
> : -2.687       
> : -1.829       
> : -0.929       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -21.994       
> : -21.652       
> : -21.228       
> : -20.726       
> : -19.999       
> : -19.374       
> : -18.756       
> : -17.829       
> : -17.161       
> : -16.641       
> : -15.934       
> : -15.368       
> : -14.555       
> : -13.997       
> : -13.293       
> : -12.439       
> : -11.750       
> : -10.863       
> : -10.057       
> : -9.305       
> : -8.527       
> : -7.697       
> : -6.945       
> : -6.159       
> : -5.286       
> : -4.425       
> : -3.539       
> : -2.687       
> : -1.829       
> : -0.929       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: F 287 GLN     [2]: I 287 GLN     [2]: T 287 GLN     [2]
  : D 287 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.505
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.505

 Processing set: F 280 HIS     [6]: I 280 HIS     [6]: T 280 HIS     [6]
  : D 280 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -75.942
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -75.942

 Processing set: F 279 LYS NZ  [4]: I 279 LYS NZ  [4]: D 279 LYS NZ  [4]
  : T 279 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -0.131
> : -22.514       
> : -21.771       
> : -21.246       
> : -20.610       
> : -20.040       
> : -19.391       
> : -18.594       
> : -18.013       
> : -17.496       
> : -16.949       
> : -16.330       
> : -15.574       
> : -14.884       
> : -14.129       
> : -13.483       
> : -12.573       
> : -11.793       
> : -10.995       
> : -10.191       
> : -9.318       
> : -8.592       
> : -7.789       
> : -7.043       
> : -6.255       
> : -5.440       
> : -4.578       
> : -3.718       
> : -2.821       
> : -1.911       
> : -0.986       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -22.514       
> : -21.771       
> : -21.246       
> : -20.610       
> : -20.040       
> : -19.391       
> : -18.594       
> : -18.013       
> : -17.496       
> : -16.949       
> : -16.330       
> : -15.574       
> : -14.884       
> : -14.129       
> : -13.483       
> : -12.573       
> : -11.793       
> : -10.995       
> : -10.191       
> : -9.318       
> : -8.592       
> : -7.789       
> : -7.043       
> : -6.255       
> : -5.440       
> : -4.578       
> : -3.718       
> : -2.821       
> : -1.911       
> : -0.986       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -22.514       
> : -21.771       
> : -21.246       
> : -20.610       
> : -20.040       
> : -19.391       
> : -18.594       
> : -18.013       
> : -17.496       
> : -16.949       
> : -16.330       
> : -15.574       
> : -14.884       
> : -14.129       
> : -13.483       
> : -12.573       
> : -11.793       
> : -10.995       
> : -10.191       
> : -9.318       
> : -8.592       
> : -7.789       
> : -7.043       
> : -6.255       
> : -5.440       
> : -4.578       
> : -3.718       
> : -2.821       
> : -1.911       
> : -0.986       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -22.514       
> : -21.771       
> : -21.246       
> : -20.610       
> : -20.040       
> : -19.391       
> : -18.594       
> : -18.013       
> : -17.496       
> : -16.949       
> : -16.330       
> : -15.574       
> : -14.884       
> : -14.129       
> : -13.483       
> : -12.573       
> : -11.793       
> : -10.995       
> : -10.191       
> : -9.318       
> : -8.592       
> : -7.789       
> : -7.043       
> : -6.255       
> : -5.440       
> : -4.578       
> : -3.718       
> : -2.821       
> : -1.911       
> : -0.986       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
> : -0.057       
 Optimal score following high resolution, local optimization: -0.057

 Processing set: F 277 ASN     [2]: T 277 ASN     [2]: I 277 ASN     [2]
  : D 277 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.342
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.342

 Processing set: F 265 ASN     [2]: I 265 ASN     [2]: T 265 ASN     [2]
  : D 265 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.687
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.687

 Processing set: F 264 GLN     [2]: T 264 GLN     [2]: I 264 GLN     [2]
  : D 264 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 30.361
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 30.361

 Processing set: F 252 HIS     [6]: T 252 HIS     [6]: I 252 HIS     [6]
  : D 252 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.565
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.565

 Processing set: F 250 LYS NZ  [4]: T 250 LYS NZ  [4]: I 250 LYS NZ  [4]
  : D 250 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 1.291
> : -22.427       
> : -21.960       
> : -21.504       
> : -20.744       
> : -20.086       
> : -19.521       
> : -19.071       
> : -18.229       
> : -17.546       
> : -16.855       
> : -16.136       
> : -15.354       
> : -14.712       
> : -14.092       
> : -13.430       
> : -12.641       
> : -11.791       
> : -10.963       
> : -10.129       
> : -9.383       
> : -8.606       
> : -7.746       
> : -6.845       
> : -6.015       
> : -5.085       
> : -4.200       
> : -3.230       
> : -2.324       
> : -1.401       
> : -0.489       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : -22.427       
> : -21.960       
> : -21.504       
> : -20.744       
> : -20.086       
> : -19.521       
> : -19.071       
> : -18.229       
> : -17.546       
> : -16.855       
> : -16.136       
> : -15.354       
> : -14.712       
> : -14.092       
> : -13.430       
> : -12.641       
> : -11.791       
> : -10.963       
> : -10.129       
> : -9.383       
> : -8.606       
> : -7.746       
> : -6.845       
> : -6.015       
> : -5.085       
> : -4.200       
> : -3.230       
> : -2.324       
> : -1.401       
> : -0.489       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : -22.427       
> : -21.960       
> : -21.504       
> : -20.744       
> : -20.086       
> : -19.521       
> : -19.071       
> : -18.229       
> : -17.546       
> : -16.855       
> : -16.136       
> : -15.354       
> : -14.712       
> : -14.092       
> : -13.430       
> : -12.641       
> : -11.791       
> : -10.963       
> : -10.129       
> : -9.383       
> : -8.606       
> : -7.746       
> : -6.845       
> : -6.015       
> : -5.085       
> : -4.200       
> : -3.230       
> : -2.324       
> : -1.401       
> : -0.489       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : -22.427       
> : -21.960       
> : -21.504       
> : -20.744       
> : -20.086       
> : -19.521       
> : -19.071       
> : -18.229       
> : -17.546       
> : -16.855       
> : -16.136       
> : -15.354       
> : -14.712       
> : -14.092       
> : -13.430       
> : -12.641       
> : -11.791       
> : -10.963       
> : -10.129       
> : -9.383       
> : -8.606       
> : -7.746       
> : -6.845       
> : -6.015       
> : -5.085       
> : -4.200       
> : -3.230       
> : -2.324       
> : -1.401       
> : -0.489       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
> : 0.430       
 Optimal score following high resolution, local optimization: 0.430

 Processing set: F 240 GLN     [2]: T 240 GLN     [2]: I 240 GLN     [2]
  : D 240 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.792
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.792

 Processing set: F 236 LYS NZ  [4]: I 236 LYS NZ  [4]: T 236 LYS NZ  [4]
  : D 236 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -0.088
> : -23.256       
> : -22.762       
> : -22.259       
> : -21.277       
> : -20.720       
> : -20.183       
> : -19.494       
> : -18.904       
> : -18.202       
> : -17.457       
> : -16.766       
> : -16.063       
> : -15.342       
> : -14.604       
> : -13.708       
> : -12.979       
> : -12.313       
> : -11.549       
> : -10.731       
> : -9.891       
> : -8.979       
> : -8.144       
> : -7.362       
> : -6.444       
> : -5.569       
> : -4.627       
> : -3.708       
> : -2.821       
> : -1.908       
> : -0.974       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -23.256       
> : -22.762       
> : -22.259       
> : -21.277       
> : -20.720       
> : -20.183       
> : -19.494       
> : -18.904       
> : -18.202       
> : -17.457       
> : -16.766       
> : -16.063       
> : -15.342       
> : -14.604       
> : -13.708       
> : -12.979       
> : -12.313       
> : -11.549       
> : -10.731       
> : -9.891       
> : -8.979       
> : -8.144       
> : -7.362       
> : -6.444       
> : -5.569       
> : -4.627       
> : -3.708       
> : -2.821       
> : -1.908       
> : -0.974       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -23.256       
> : -22.762       
> : -22.259       
> : -21.277       
> : -20.720       
> : -20.183       
> : -19.494       
> : -18.904       
> : -18.202       
> : -17.457       
> : -16.766       
> : -16.063       
> : -15.342       
> : -14.604       
> : -13.708       
> : -12.979       
> : -12.313       
> : -11.549       
> : -10.731       
> : -9.891       
> : -8.979       
> : -8.144       
> : -7.362       
> : -6.444       
> : -5.569       
> : -4.627       
> : -3.708       
> : -2.821       
> : -1.908       
> : -0.974       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -23.256       
> : -22.762       
> : -22.259       
> : -21.277       
> : -20.720       
> : -20.183       
> : -19.494       
> : -18.904       
> : -18.202       
> : -17.457       
> : -16.766       
> : -16.063       
> : -15.342       
> : -14.604       
> : -13.708       
> : -12.979       
> : -12.313       
> : -11.549       
> : -10.731       
> : -9.891       
> : -8.979       
> : -8.144       
> : -7.362       
> : -6.444       
> : -5.569       
> : -4.627       
> : -3.708       
> : -2.821       
> : -1.908       
> : -0.974       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
> : -0.029       
 Optimal score following high resolution, local optimization: -0.029

 Processing set: F 235 LYS NZ  [4]: T 235 LYS NZ  [4]: D 235 LYS NZ  [4]
  : I 235 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.694       
> : -22.271       
> : -21.905       
> : -20.976       
> : -20.593       
> : -19.855       
> : -19.230       
> : -18.699       
> : -18.016       
> : -17.427       
> : -16.451       
> : -15.836       
> : -15.136       
> : -14.459       
> : -13.717       
> : -12.976       
> : -12.182       
> : -11.314       
> : -10.506       
> : -9.631       
> : -8.893       
> : -8.107       
> : -7.183       
> : -6.396       
> : -5.514       
> : -4.612       
> : -3.698       
> : -2.806       
> : -1.865       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.694       
> : -22.271       
> : -21.905       
> : -20.976       
> : -20.593       
> : -19.855       
> : -19.230       
> : -18.699       
> : -18.016       
> : -17.427       
> : -16.451       
> : -15.836       
> : -15.136       
> : -14.459       
> : -13.717       
> : -12.976       
> : -12.182       
> : -11.314       
> : -10.506       
> : -9.631       
> : -8.893       
> : -8.107       
> : -7.183       
> : -6.396       
> : -5.514       
> : -4.612       
> : -3.698       
> : -2.806       
> : -1.865       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.694       
> : -22.271       
> : -21.905       
> : -20.976       
> : -20.593       
> : -19.855       
> : -19.230       
> : -18.699       
> : -18.016       
> : -17.427       
> : -16.451       
> : -15.836       
> : -15.136       
> : -14.459       
> : -13.717       
> : -12.976       
> : -12.182       
> : -11.314       
> : -10.506       
> : -9.631       
> : -8.893       
> : -8.107       
> : -7.183       
> : -6.396       
> : -5.514       
> : -4.612       
> : -3.698       
> : -2.806       
> : -1.865       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.694       
> : -22.271       
> : -21.905       
> : -20.976       
> : -20.593       
> : -19.855       
> : -19.230       
> : -18.699       
> : -18.016       
> : -17.427       
> : -16.451       
> : -15.836       
> : -15.136       
> : -14.459       
> : -13.717       
> : -12.976       
> : -12.182       
> : -11.314       
> : -10.506       
> : -9.631       
> : -8.893       
> : -8.107       
> : -7.183       
> : -6.396       
> : -5.514       
> : -4.612       
> : -3.698       
> : -2.806       
> : -1.865       
> : -0.943       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: T 233 GLN     [2]: I 233 GLN     [2]: F 233 GLN     [2]
  : D 233 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.255
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.255

 Processing set: F 221 GLN     [2]: T 221 GLN     [2]: I 221 GLN     [2]
  : D 221 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.869
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.869

 Processing set: F 216 ASN     [2]: T 216 ASN     [2]: I 216 ASN     [2]
  : D 216 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.823
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.823

 Processing set: F 206 LYS NZ  [4]: T 206 LYS NZ  [4]: I 206 LYS NZ  [4]
  : D 206 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.347       
> : -22.002       
> : -21.373       
> : -20.570       
> : -19.845       
> : -19.383       
> : -18.705       
> : -18.034       
> : -17.574       
> : -17.037       
> : -16.093       
> : -15.434       
> : -14.773       
> : -14.162       
> : -13.272       
> : -12.561       
> : -11.652       
> : -10.913       
> : -10.156       
> : -9.335       
> : -8.499       
> : -7.792       
> : -6.993       
> : -6.230       
> : -5.331       
> : -4.477       
> : -3.613       
> : -2.745       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.347       
> : -22.002       
> : -21.373       
> : -20.570       
> : -19.845       
> : -19.383       
> : -18.705       
> : -18.034       
> : -17.574       
> : -17.037       
> : -16.093       
> : -15.434       
> : -14.773       
> : -14.162       
> : -13.272       
> : -12.561       
> : -11.652       
> : -10.913       
> : -10.156       
> : -9.335       
> : -8.499       
> : -7.792       
> : -6.993       
> : -6.230       
> : -5.331       
> : -4.477       
> : -3.613       
> : -2.745       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.347       
> : -22.002       
> : -21.373       
> : -20.570       
> : -19.845       
> : -19.383       
> : -18.705       
> : -18.034       
> : -17.574       
> : -17.037       
> : -16.093       
> : -15.434       
> : -14.773       
> : -14.162       
> : -13.272       
> : -12.561       
> : -11.652       
> : -10.913       
> : -10.156       
> : -9.335       
> : -8.499       
> : -7.792       
> : -6.993       
> : -6.230       
> : -5.331       
> : -4.477       
> : -3.613       
> : -2.745       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.347       
> : -22.002       
> : -21.373       
> : -20.570       
> : -19.845       
> : -19.383       
> : -18.705       
> : -18.034       
> : -17.574       
> : -17.037       
> : -16.093       
> : -15.434       
> : -14.773       
> : -14.162       
> : -13.272       
> : -12.561       
> : -11.652       
> : -10.913       
> : -10.156       
> : -9.335       
> : -8.499       
> : -7.792       
> : -6.993       
> : -6.230       
> : -5.331       
> : -4.477       
> : -3.613       
> : -2.745       
> : -1.850       
> : -0.938       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: T 180 GLN     [2]: F 180 GLN     [2]: I 180 GLN     [2]
  : D 180 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 30.681
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 30.681

 Processing set: F 157 ASN     [2]: T 157 ASN     [2]: I 157 ASN     [2]
  : D 157 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.127
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.127

 Processing set: F 126 HIS     [6]: I 126 HIS     [6]: T 126 HIS     [6]
  : D 126 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -83.209
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -83.209

 Processing set: F 123 HIS     [6]: I 123 HIS     [6]: T 123 HIS     [6]
  : D 123 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -70.665
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -70.665

 Processing set: T 117 HIS     [6]: F 117 HIS     [6]: I 117 HIS     [6]
  : D 117 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -82.865
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -82.865

 Processing set: F 116 HIS     [6]: T 116 HIS     [6]: I 116 HIS     [6]
  : D 116 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -75.597
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -75.597

 Processing set: F 113 LYS NZ  [4]: T 113 LYS NZ  [4]: I 113 LYS NZ  [4]
  : D 113 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 5.851
> : -18.663       
> : -18.065       
> : -17.419       
> : -16.700       
> : -16.027       
> : -15.335       
> : -14.573       
> : -13.833       
> : -13.244       
> : -12.571       
> : -11.988       
> : -11.369       
> : -10.678       
> : -9.892       
> : -9.106       
> : -8.375       
> : -7.487       
> : -6.793       
> : -5.756       
> : -5.060       
> : -4.241       
> : -3.423       
> : -2.735       
> : -1.984       
> : -1.194       
> : -0.380       
> : 0.424       
> : 1.201       
> : 2.012       
> : 2.818       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : -18.663       
> : -18.065       
> : -17.419       
> : -16.700       
> : -16.027       
> : -15.335       
> : -14.573       
> : -13.833       
> : -13.244       
> : -12.571       
> : -11.988       
> : -11.369       
> : -10.678       
> : -9.892       
> : -9.106       
> : -8.375       
> : -7.487       
> : -6.793       
> : -5.756       
> : -5.060       
> : -4.241       
> : -3.423       
> : -2.735       
> : -1.984       
> : -1.194       
> : -0.380       
> : 0.424       
> : 1.201       
> : 2.012       
> : 2.818       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : -18.663       
> : -18.065       
> : -17.419       
> : -16.700       
> : -16.027       
> : -15.335       
> : -14.573       
> : -13.833       
> : -13.244       
> : -12.571       
> : -11.988       
> : -11.369       
> : -10.678       
> : -9.892       
> : -9.106       
> : -8.375       
> : -7.487       
> : -6.793       
> : -5.756       
> : -5.060       
> : -4.241       
> : -3.423       
> : -2.735       
> : -1.984       
> : -1.194       
> : -0.380       
> : 0.424       
> : 1.201       
> : 2.012       
> : 2.818       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : -18.663       
> : -18.065       
> : -17.419       
> : -16.700       
> : -16.027       
> : -15.335       
> : -14.573       
> : -13.833       
> : -13.244       
> : -12.571       
> : -11.988       
> : -11.369       
> : -10.678       
> : -9.892       
> : -9.106       
> : -8.375       
> : -7.487       
> : -6.793       
> : -5.756       
> : -5.060       
> : -4.241       
> : -3.423       
> : -2.735       
> : -1.984       
> : -1.194       
> : -0.380       
> : 0.424       
> : 1.201       
> : 2.012       
> : 2.818       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
> : 3.636       
 Optimal score following high resolution, local optimization: 3.636

 Processing set: D 111 HIS     [6]: F 111 HIS     [6]: T 111 HIS     [6]
  : I 111 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -112.237
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -112.237

 Processing set: D 105 HIS     [6]: T 105 HIS     [6]: F 105 HIS     [6]
  : I 105 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -79.894
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -79.894

 Processing set: D 104 GLN     [2]: F 104 GLN     [2]: I 104 GLN     [2]
  : T 104 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.322
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.322

 Processing set: D  98 GLN     [2]: F  98 GLN     [2]: T  98 GLN     [2]
  : I  98 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 17.009
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 17.009

 Processing set: L 417 LYS NZ  [4]: B 417 LYS NZ  [4]: R 417 LYS NZ  [4]
  : O 417 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.140       
> : -22.722       
> : -22.189       
> : -21.469       
> : -20.988       
> : -20.224       
> : -19.378       
> : -18.824       
> : -18.322       
> : -17.617       
> : -17.053       
> : -16.471       
> : -15.578       
> : -14.829       
> : -14.061       
> : -13.156       
> : -12.337       
> : -11.346       
> : -10.604       
> : -9.804       
> : -9.086       
> : -8.281       
> : -7.392       
> : -6.455       
> : -5.584       
> : -4.718       
> : -3.840       
> : -2.936       
> : -1.971       
> : -0.992       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.140       
> : -22.722       
> : -22.189       
> : -21.469       
> : -20.988       
> : -20.224       
> : -19.378       
> : -18.824       
> : -18.322       
> : -17.617       
> : -17.053       
> : -16.471       
> : -15.578       
> : -14.829       
> : -14.061       
> : -13.156       
> : -12.337       
> : -11.346       
> : -10.604       
> : -9.804       
> : -9.086       
> : -8.281       
> : -7.392       
> : -6.455       
> : -5.584       
> : -4.718       
> : -3.840       
> : -2.936       
> : -1.971       
> : -0.992       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.140       
> : -22.722       
> : -22.189       
> : -21.469       
> : -20.988       
> : -20.224       
> : -19.378       
> : -18.824       
> : -18.322       
> : -17.617       
> : -17.053       
> : -16.471       
> : -15.578       
> : -14.829       
> : -14.061       
> : -13.156       
> : -12.337       
> : -11.346       
> : -10.604       
> : -9.804       
> : -9.086       
> : -8.281       
> : -7.392       
> : -6.455       
> : -5.584       
> : -4.718       
> : -3.840       
> : -2.936       
> : -1.971       
> : -0.992       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.140       
> : -22.722       
> : -22.189       
> : -21.469       
> : -20.988       
> : -20.224       
> : -19.378       
> : -18.824       
> : -18.322       
> : -17.617       
> : -17.053       
> : -16.471       
> : -15.578       
> : -14.829       
> : -14.061       
> : -13.156       
> : -12.337       
> : -11.346       
> : -10.604       
> : -9.804       
> : -9.086       
> : -8.281       
> : -7.392       
> : -6.455       
> : -5.584       
> : -4.718       
> : -3.840       
> : -2.936       
> : -1.971       
> : -0.992       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: L 408 LYS NZ  [4]: B 408 LYS NZ  [4]: O 408 LYS NZ  [4]
  : R 408 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.634
> : -22.955       
> : -22.446       
> : -21.737       
> : -21.187       
> : -20.562       
> : -20.052       
> : -19.121       
> : -18.530       
> : -18.082       
> : -17.328       
> : -16.622       
> : -16.047       
> : -15.326       
> : -14.546       
> : -13.896       
> : -13.046       
> : -12.178       
> : -11.423       
> : -10.598       
> : -9.882       
> : -9.185       
> : -8.356       
> : -7.571       
> : -6.768       
> : -5.873       
> : -5.060       
> : -4.222       
> : -3.364       
> : -2.466       
> : -1.546       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -22.955       
> : -22.446       
> : -21.737       
> : -21.187       
> : -20.562       
> : -20.052       
> : -19.121       
> : -18.530       
> : -18.082       
> : -17.328       
> : -16.622       
> : -16.047       
> : -15.326       
> : -14.546       
> : -13.896       
> : -13.046       
> : -12.178       
> : -11.423       
> : -10.598       
> : -9.882       
> : -9.185       
> : -8.356       
> : -7.571       
> : -6.768       
> : -5.873       
> : -5.060       
> : -4.222       
> : -3.364       
> : -2.466       
> : -1.546       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -22.955       
> : -22.446       
> : -21.737       
> : -21.187       
> : -20.562       
> : -20.052       
> : -19.121       
> : -18.530       
> : -18.082       
> : -17.328       
> : -16.622       
> : -16.047       
> : -15.326       
> : -14.546       
> : -13.896       
> : -13.046       
> : -12.178       
> : -11.423       
> : -10.598       
> : -9.882       
> : -9.185       
> : -8.356       
> : -7.571       
> : -6.768       
> : -5.873       
> : -5.060       
> : -4.222       
> : -3.364       
> : -2.466       
> : -1.546       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -22.955       
> : -22.446       
> : -21.737       
> : -21.187       
> : -20.562       
> : -20.052       
> : -19.121       
> : -18.530       
> : -18.082       
> : -17.328       
> : -16.622       
> : -16.047       
> : -15.326       
> : -14.546       
> : -13.896       
> : -13.046       
> : -12.178       
> : -11.423       
> : -10.598       
> : -9.882       
> : -9.185       
> : -8.356       
> : -7.571       
> : -6.768       
> : -5.873       
> : -5.060       
> : -4.222       
> : -3.364       
> : -2.466       
> : -1.546       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
> : -0.631       
 Optimal score following high resolution, local optimization: -0.631

 Processing set: L 401 GLN     [2]: R 401 GLN     [2]: B 401 GLN     [2]
  : O 401 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.523
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.523

 Processing set: L 399 ASN     [2]: R 399 ASN     [2]: B 399 ASN     [2]
  : O 399 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.167
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.167

 Processing set: L 398 ASN     [2]: B 398 ASN     [2]: O 398 ASN     [2]
  : R 398 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.352
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.352

 Processing set: L 394 ASN     [2]: O 394 ASN     [2]: R 394 ASN     [2]
  : B 394 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.264
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.264

 Processing set: L 375 GLN     [2]: R 375 GLN     [2]: O 375 GLN     [2]
  : B 375 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 31.224
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 31.224

 Processing set: L 356 HIS     [6]: R 356 HIS     [6]: B 356 HIS     [6]
  : O 356 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -81.217
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -81.217

 Processing set: R 344 HIS     [6]: L 344 HIS     [6]: O 344 HIS     [6]
  : B 344 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -83.266
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -83.266

 Processing set: L 322 GLN     [2]: O 322 GLN     [2]: B 322 GLN     [2]
  : R 322 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 22.685
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 22.685

 Processing set: L 314 HIS     [6]: R 314 HIS     [6]: O 314 HIS     [6]
  : B 314 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -73.935
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -73.935

 Processing set: L 309 LYS NZ  [4]: O 309 LYS NZ  [4]: R 309 LYS NZ  [4]
  : B 309 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.987
> : -24.264       
> : -23.749       
> : -23.187       
> : -22.520       
> : -21.808       
> : -21.172       
> : -20.658       
> : -20.115       
> : -19.475       
> : -18.634       
> : -17.825       
> : -17.138       
> : -16.353       
> : -15.542       
> : -14.803       
> : -14.138       
> : -13.173       
> : -12.358       
> : -11.547       
> : -10.652       
> : -9.689       
> : -8.961       
> : -8.116       
> : -7.214       
> : -6.363       
> : -5.441       
> : -4.557       
> : -3.637       
> : -2.712       
> : -1.793       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -24.264       
> : -23.749       
> : -23.187       
> : -22.520       
> : -21.808       
> : -21.172       
> : -20.658       
> : -20.115       
> : -19.475       
> : -18.634       
> : -17.825       
> : -17.138       
> : -16.353       
> : -15.542       
> : -14.803       
> : -14.138       
> : -13.173       
> : -12.358       
> : -11.547       
> : -10.652       
> : -9.689       
> : -8.961       
> : -8.116       
> : -7.214       
> : -6.363       
> : -5.441       
> : -4.557       
> : -3.637       
> : -2.712       
> : -1.793       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -24.264       
> : -23.749       
> : -23.187       
> : -22.520       
> : -21.808       
> : -21.172       
> : -20.658       
> : -20.115       
> : -19.475       
> : -18.634       
> : -17.825       
> : -17.138       
> : -16.353       
> : -15.542       
> : -14.803       
> : -14.138       
> : -13.173       
> : -12.358       
> : -11.547       
> : -10.652       
> : -9.689       
> : -8.961       
> : -8.116       
> : -7.214       
> : -6.363       
> : -5.441       
> : -4.557       
> : -3.637       
> : -2.712       
> : -1.793       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -24.264       
> : -23.749       
> : -23.187       
> : -22.520       
> : -21.808       
> : -21.172       
> : -20.658       
> : -20.115       
> : -19.475       
> : -18.634       
> : -17.825       
> : -17.138       
> : -16.353       
> : -15.542       
> : -14.803       
> : -14.138       
> : -13.173       
> : -12.358       
> : -11.547       
> : -10.652       
> : -9.689       
> : -8.961       
> : -8.116       
> : -7.214       
> : -6.363       
> : -5.441       
> : -4.557       
> : -3.637       
> : -2.712       
> : -1.793       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
> : -0.845       
 Optimal score following high resolution, local optimization: -0.845

 Processing set: L 297 LYS NZ  [4]: R 297 LYS NZ  [4]: O 297 LYS NZ  [4]
  : B 297 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.853       
> : -22.240       
> : -21.507       
> : -21.110       
> : -20.542       
> : -19.961       
> : -19.147       
> : -18.415       
> : -17.798       
> : -17.120       
> : -16.364       
> : -15.602       
> : -14.987       
> : -14.241       
> : -13.571       
> : -12.731       
> : -11.846       
> : -11.093       
> : -10.326       
> : -9.568       
> : -8.762       
> : -7.986       
> : -7.218       
> : -6.254       
> : -5.393       
> : -4.544       
> : -3.618       
> : -2.737       
> : -1.843       
> : -0.927       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.853       
> : -22.240       
> : -21.507       
> : -21.110       
> : -20.542       
> : -19.961       
> : -19.147       
> : -18.415       
> : -17.798       
> : -17.120       
> : -16.364       
> : -15.602       
> : -14.987       
> : -14.241       
> : -13.571       
> : -12.731       
> : -11.846       
> : -11.093       
> : -10.326       
> : -9.568       
> : -8.762       
> : -7.986       
> : -7.218       
> : -6.254       
> : -5.393       
> : -4.544       
> : -3.618       
> : -2.737       
> : -1.843       
> : -0.927       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.853       
> : -22.240       
> : -21.507       
> : -21.110       
> : -20.542       
> : -19.961       
> : -19.147       
> : -18.415       
> : -17.798       
> : -17.120       
> : -16.364       
> : -15.602       
> : -14.987       
> : -14.241       
> : -13.571       
> : -12.731       
> : -11.846       
> : -11.093       
> : -10.326       
> : -9.568       
> : -8.762       
> : -7.986       
> : -7.218       
> : -6.254       
> : -5.393       
> : -4.544       
> : -3.618       
> : -2.737       
> : -1.843       
> : -0.927       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.853       
> : -22.240       
> : -21.507       
> : -21.110       
> : -20.542       
> : -19.961       
> : -19.147       
> : -18.415       
> : -17.798       
> : -17.120       
> : -16.364       
> : -15.602       
> : -14.987       
> : -14.241       
> : -13.571       
> : -12.731       
> : -11.846       
> : -11.093       
> : -10.326       
> : -9.568       
> : -8.762       
> : -7.986       
> : -7.218       
> : -6.254       
> : -5.393       
> : -4.544       
> : -3.618       
> : -2.737       
> : -1.843       
> : -0.927       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: L 294 GLN     [2]: R 307 GLN     [2]: L 307 GLN     [2]
  : O 294 GLN     [2]: R 294 GLN     [2]: O 307 GLN     [2]: B 307 GLN     [2]
  : B 294 GLN     [2]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 10
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 8 nodes
 Brute Force Enumeration: 256.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.245
 Optimal score following low resolution optimization: -12.629
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.245
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.267
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.267
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.245
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.245
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.267
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.267
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.245
 Optimal score following high resolution, local optimization: -12.629

 Processing set: L 287 GLN     [2]: R 287 GLN     [2]: B 287 GLN     [2]
  : O 287 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.171
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.171

 Processing set: R 280 HIS     [6]: L 280 HIS     [6]: O 280 HIS     [6]
  : B 280 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.865
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.865

 Processing set: R 279 LYS NZ  [4]: L 279 LYS NZ  [4]: O 279 LYS NZ  [4]
  : B 279 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -0.079
> : -23.414       
> : -22.760       
> : -22.361       
> : -21.573       
> : -20.934       
> : -20.212       
> : -19.485       
> : -19.055       
> : -18.328       
> : -17.539       
> : -16.862       
> : -16.022       
> : -15.405       
> : -14.696       
> : -14.017       
> : -13.272       
> : -12.560       
> : -11.649       
> : -10.841       
> : -9.870       
> : -9.058       
> : -8.237       
> : -7.429       
> : -6.583       
> : -5.664       
> : -4.760       
> : -3.795       
> : -2.889       
> : -1.977       
> : -1.033       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -23.414       
> : -22.760       
> : -22.361       
> : -21.573       
> : -20.934       
> : -20.212       
> : -19.485       
> : -19.055       
> : -18.328       
> : -17.539       
> : -16.862       
> : -16.022       
> : -15.405       
> : -14.696       
> : -14.017       
> : -13.272       
> : -12.560       
> : -11.649       
> : -10.841       
> : -9.870       
> : -9.058       
> : -8.237       
> : -7.429       
> : -6.583       
> : -5.664       
> : -4.760       
> : -3.795       
> : -2.889       
> : -1.977       
> : -1.033       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -23.414       
> : -22.760       
> : -22.361       
> : -21.573       
> : -20.934       
> : -20.212       
> : -19.485       
> : -19.055       
> : -18.328       
> : -17.539       
> : -16.862       
> : -16.022       
> : -15.405       
> : -14.696       
> : -14.017       
> : -13.272       
> : -12.560       
> : -11.649       
> : -10.841       
> : -9.870       
> : -9.058       
> : -8.237       
> : -7.429       
> : -6.583       
> : -5.664       
> : -4.760       
> : -3.795       
> : -2.889       
> : -1.977       
> : -1.033       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -23.414       
> : -22.760       
> : -22.361       
> : -21.573       
> : -20.934       
> : -20.212       
> : -19.485       
> : -19.055       
> : -18.328       
> : -17.539       
> : -16.862       
> : -16.022       
> : -15.405       
> : -14.696       
> : -14.017       
> : -13.272       
> : -12.560       
> : -11.649       
> : -10.841       
> : -9.870       
> : -9.058       
> : -8.237       
> : -7.429       
> : -6.583       
> : -5.664       
> : -4.760       
> : -3.795       
> : -2.889       
> : -1.977       
> : -1.033       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
> : -0.079       
 Optimal score following high resolution, local optimization: -0.079

 Processing set: B 277 ASN     [2]: L 277 ASN     [2]: R 277 ASN     [2]
  : O 277 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 30.888
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 30.888

 Processing set: B 265 ASN     [2]: O 265 ASN     [2]: L 265 ASN     [2]
  : R 265 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.868
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.868

 Processing set: B 264 GLN     [2]: R 264 GLN     [2]: L 264 GLN     [2]
  : O 264 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 31.355
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 31.355

 Processing set: B 252 HIS     [6]: L 252 HIS     [6]: O 252 HIS     [6]
  : R 252 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.237
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.237

 Processing set: L 250 LYS NZ  [4]: R 250 LYS NZ  [4]: O 250 LYS NZ  [4]
  : B 250 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 1.379
> : -21.889       
> : -21.366       
> : -20.951       
> : -20.310       
> : -19.778       
> : -19.291       
> : -18.589       
> : -17.766       
> : -17.101       
> : -16.350       
> : -15.532       
> : -14.795       
> : -13.999       
> : -13.480       
> : -12.833       
> : -12.222       
> : -11.465       
> : -10.740       
> : -10.068       
> : -9.132       
> : -8.284       
> : -7.469       
> : -6.586       
> : -5.745       
> : -4.862       
> : -3.999       
> : -3.120       
> : -2.286       
> : -1.363       
> : -0.463       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : -21.889       
> : -21.366       
> : -20.951       
> : -20.310       
> : -19.778       
> : -19.291       
> : -18.589       
> : -17.766       
> : -17.101       
> : -16.350       
> : -15.532       
> : -14.795       
> : -13.999       
> : -13.480       
> : -12.833       
> : -12.222       
> : -11.465       
> : -10.740       
> : -10.068       
> : -9.132       
> : -8.284       
> : -7.469       
> : -6.586       
> : -5.745       
> : -4.862       
> : -3.999       
> : -3.120       
> : -2.286       
> : -1.363       
> : -0.463       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : -21.889       
> : -21.366       
> : -20.951       
> : -20.310       
> : -19.778       
> : -19.291       
> : -18.589       
> : -17.766       
> : -17.101       
> : -16.350       
> : -15.532       
> : -14.795       
> : -13.999       
> : -13.480       
> : -12.833       
> : -12.222       
> : -11.465       
> : -10.740       
> : -10.068       
> : -9.132       
> : -8.284       
> : -7.469       
> : -6.586       
> : -5.745       
> : -4.862       
> : -3.999       
> : -3.120       
> : -2.286       
> : -1.363       
> : -0.463       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : -21.889       
> : -21.366       
> : -20.951       
> : -20.310       
> : -19.778       
> : -19.291       
> : -18.589       
> : -17.766       
> : -17.101       
> : -16.350       
> : -15.532       
> : -14.795       
> : -13.999       
> : -13.480       
> : -12.833       
> : -12.222       
> : -11.465       
> : -10.740       
> : -10.068       
> : -9.132       
> : -8.284       
> : -7.469       
> : -6.586       
> : -5.745       
> : -4.862       
> : -3.999       
> : -3.120       
> : -2.286       
> : -1.363       
> : -0.463       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
> : 0.460       
 Optimal score following high resolution, local optimization: 0.460

 Processing set: L 240 GLN     [2]: O 240 GLN     [2]: R 240 GLN     [2]
  : B 240 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.780
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.780

 Processing set: R 236 LYS NZ  [4]: B 236 LYS NZ  [4]: L 236 LYS NZ  [4]
  : O 236 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.087       
> : -22.342       
> : -21.449       
> : -21.052       
> : -20.420       
> : -19.772       
> : -19.487       
> : -18.556       
> : -18.148       
> : -17.460       
> : -16.744       
> : -16.017       
> : -15.084       
> : -14.510       
> : -13.716       
> : -12.923       
> : -12.158       
> : -11.330       
> : -10.575       
> : -9.768       
> : -8.772       
> : -8.018       
> : -7.164       
> : -6.319       
> : -5.504       
> : -4.651       
> : -3.748       
> : -2.839       
> : -1.939       
> : -0.957       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.087       
> : -22.342       
> : -21.449       
> : -21.052       
> : -20.420       
> : -19.772       
> : -19.487       
> : -18.556       
> : -18.148       
> : -17.460       
> : -16.744       
> : -16.017       
> : -15.084       
> : -14.510       
> : -13.716       
> : -12.923       
> : -12.158       
> : -11.330       
> : -10.575       
> : -9.768       
> : -8.772       
> : -8.018       
> : -7.164       
> : -6.319       
> : -5.504       
> : -4.651       
> : -3.748       
> : -2.839       
> : -1.939       
> : -0.957       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.087       
> : -22.342       
> : -21.449       
> : -21.052       
> : -20.420       
> : -19.772       
> : -19.487       
> : -18.556       
> : -18.148       
> : -17.460       
> : -16.744       
> : -16.017       
> : -15.084       
> : -14.510       
> : -13.716       
> : -12.923       
> : -12.158       
> : -11.330       
> : -10.575       
> : -9.768       
> : -8.772       
> : -8.018       
> : -7.164       
> : -6.319       
> : -5.504       
> : -4.651       
> : -3.748       
> : -2.839       
> : -1.939       
> : -0.957       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.087       
> : -22.342       
> : -21.449       
> : -21.052       
> : -20.420       
> : -19.772       
> : -19.487       
> : -18.556       
> : -18.148       
> : -17.460       
> : -16.744       
> : -16.017       
> : -15.084       
> : -14.510       
> : -13.716       
> : -12.923       
> : -12.158       
> : -11.330       
> : -10.575       
> : -9.768       
> : -8.772       
> : -8.018       
> : -7.164       
> : -6.319       
> : -5.504       
> : -4.651       
> : -3.748       
> : -2.839       
> : -1.939       
> : -0.957       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: L 235 LYS NZ  [4]: B 235 LYS NZ  [4]: O 235 LYS NZ  [4]
  : R 235 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -22.549       
> : -21.848       
> : -21.424       
> : -20.677       
> : -20.011       
> : -19.347       
> : -18.803       
> : -18.265       
> : -17.460       
> : -16.799       
> : -16.309       
> : -15.603       
> : -14.864       
> : -14.296       
> : -13.414       
> : -12.670       
> : -11.885       
> : -11.063       
> : -10.421       
> : -9.644       
> : -8.891       
> : -8.075       
> : -7.172       
> : -6.248       
> : -5.393       
> : -4.488       
> : -3.584       
> : -2.693       
> : -1.813       
> : -0.906       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.549       
> : -21.848       
> : -21.424       
> : -20.677       
> : -20.011       
> : -19.347       
> : -18.803       
> : -18.265       
> : -17.460       
> : -16.799       
> : -16.309       
> : -15.603       
> : -14.864       
> : -14.296       
> : -13.414       
> : -12.670       
> : -11.885       
> : -11.063       
> : -10.421       
> : -9.644       
> : -8.891       
> : -8.075       
> : -7.172       
> : -6.248       
> : -5.393       
> : -4.488       
> : -3.584       
> : -2.693       
> : -1.813       
> : -0.906       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.549       
> : -21.848       
> : -21.424       
> : -20.677       
> : -20.011       
> : -19.347       
> : -18.803       
> : -18.265       
> : -17.460       
> : -16.799       
> : -16.309       
> : -15.603       
> : -14.864       
> : -14.296       
> : -13.414       
> : -12.670       
> : -11.885       
> : -11.063       
> : -10.421       
> : -9.644       
> : -8.891       
> : -8.075       
> : -7.172       
> : -6.248       
> : -5.393       
> : -4.488       
> : -3.584       
> : -2.693       
> : -1.813       
> : -0.906       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -22.549       
> : -21.848       
> : -21.424       
> : -20.677       
> : -20.011       
> : -19.347       
> : -18.803       
> : -18.265       
> : -17.460       
> : -16.799       
> : -16.309       
> : -15.603       
> : -14.864       
> : -14.296       
> : -13.414       
> : -12.670       
> : -11.885       
> : -11.063       
> : -10.421       
> : -9.644       
> : -8.891       
> : -8.075       
> : -7.172       
> : -6.248       
> : -5.393       
> : -4.488       
> : -3.584       
> : -2.693       
> : -1.813       
> : -0.906       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: L 233 GLN     [2]: B 233 GLN     [2]: R 233 GLN     [2]
  : O 233 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.560
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.560

 Processing set: L 221 GLN     [2]: B 221 GLN     [2]: O 221 GLN     [2]
  : R 221 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.421
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.421

 Processing set: B 216 ASN     [2]: R 216 ASN     [2]: L 216 ASN     [2]
  : O 216 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.911
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.911

 Processing set: L 206 LYS NZ  [4]: B 206 LYS NZ  [4]: O 206 LYS NZ  [4]
  : R 206 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.085       
> : -22.599       
> : -21.882       
> : -21.132       
> : -20.472       
> : -19.756       
> : -18.996       
> : -18.259       
> : -17.644       
> : -17.017       
> : -16.241       
> : -15.605       
> : -14.958       
> : -14.206       
> : -13.619       
> : -12.901       
> : -12.262       
> : -11.459       
> : -10.485       
> : -9.707       
> : -8.877       
> : -8.080       
> : -7.186       
> : -6.336       
> : -5.484       
> : -4.574       
> : -3.719       
> : -2.835       
> : -1.893       
> : -0.958       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.085       
> : -22.599       
> : -21.882       
> : -21.132       
> : -20.472       
> : -19.756       
> : -18.996       
> : -18.259       
> : -17.644       
> : -17.017       
> : -16.241       
> : -15.605       
> : -14.958       
> : -14.206       
> : -13.619       
> : -12.901       
> : -12.262       
> : -11.459       
> : -10.485       
> : -9.707       
> : -8.877       
> : -8.080       
> : -7.186       
> : -6.336       
> : -5.484       
> : -4.574       
> : -3.719       
> : -2.835       
> : -1.893       
> : -0.958       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.085       
> : -22.599       
> : -21.882       
> : -21.132       
> : -20.472       
> : -19.756       
> : -18.996       
> : -18.259       
> : -17.644       
> : -17.017       
> : -16.241       
> : -15.605       
> : -14.958       
> : -14.206       
> : -13.619       
> : -12.901       
> : -12.262       
> : -11.459       
> : -10.485       
> : -9.707       
> : -8.877       
> : -8.080       
> : -7.186       
> : -6.336       
> : -5.484       
> : -4.574       
> : -3.719       
> : -2.835       
> : -1.893       
> : -0.958       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.085       
> : -22.599       
> : -21.882       
> : -21.132       
> : -20.472       
> : -19.756       
> : -18.996       
> : -18.259       
> : -17.644       
> : -17.017       
> : -16.241       
> : -15.605       
> : -14.958       
> : -14.206       
> : -13.619       
> : -12.901       
> : -12.262       
> : -11.459       
> : -10.485       
> : -9.707       
> : -8.877       
> : -8.080       
> : -7.186       
> : -6.336       
> : -5.484       
> : -4.574       
> : -3.719       
> : -2.835       
> : -1.893       
> : -0.958       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: L 180 GLN     [2]: R 180 GLN     [2]: O 180 GLN     [2]
  : B 180 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.418
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.418

 Processing set: L 157 ASN     [2]: O 157 ASN     [2]: B 157 ASN     [2]
  : R 157 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 33.736
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 33.736

 Processing set: B 126 HIS     [6]: L 126 HIS     [6]: R 126 HIS     [6]
  : O 126 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -84.114
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -84.114

 Processing set: R 123 HIS     [6]: L 123 HIS     [6]: O 123 HIS     [6]
  : B 123 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -71.071
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -71.071

 Processing set: L 117 HIS     [6]: O 117 HIS     [6]: B 117 HIS     [6]
  : R 117 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -78.600
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -78.600

 Processing set: R 116 HIS     [6]: O 116 HIS     [6]: L 116 HIS     [6]
  : B 116 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -77.252
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -77.252

 Processing set: R 113 LYS NZ  [4]: B 113 LYS NZ  [4]: O 113 LYS NZ  [4]
  : L 113 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 5.669
> : -19.000       
> : -18.321       
> : -17.665       
> : -17.253       
> : -16.419       
> : -15.565       
> : -14.978       
> : -14.288       
> : -13.594       
> : -12.999       
> : -12.249       
> : -11.322       
> : -10.731       
> : -9.855       
> : -9.270       
> : -8.409       
> : -7.649       
> : -6.990       
> : -6.181       
> : -5.310       
> : -4.499       
> : -3.786       
> : -3.028       
> : -2.244       
> : -1.372       
> : -0.553       
> : 0.309       
> : 1.171       
> : 1.981       
> : 2.795       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : -19.000       
> : -18.321       
> : -17.665       
> : -17.253       
> : -16.419       
> : -15.565       
> : -14.978       
> : -14.288       
> : -13.594       
> : -12.999       
> : -12.249       
> : -11.322       
> : -10.731       
> : -9.855       
> : -9.270       
> : -8.409       
> : -7.649       
> : -6.990       
> : -6.181       
> : -5.310       
> : -4.499       
> : -3.786       
> : -3.028       
> : -2.244       
> : -1.372       
> : -0.553       
> : 0.309       
> : 1.171       
> : 1.981       
> : 2.795       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : -19.000       
> : -18.321       
> : -17.665       
> : -17.253       
> : -16.419       
> : -15.565       
> : -14.978       
> : -14.288       
> : -13.594       
> : -12.999       
> : -12.249       
> : -11.322       
> : -10.731       
> : -9.855       
> : -9.270       
> : -8.409       
> : -7.649       
> : -6.990       
> : -6.181       
> : -5.310       
> : -4.499       
> : -3.786       
> : -3.028       
> : -2.244       
> : -1.372       
> : -0.553       
> : 0.309       
> : 1.171       
> : 1.981       
> : 2.795       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : -19.000       
> : -18.321       
> : -17.665       
> : -17.253       
> : -16.419       
> : -15.565       
> : -14.978       
> : -14.288       
> : -13.594       
> : -12.999       
> : -12.249       
> : -11.322       
> : -10.731       
> : -9.855       
> : -9.270       
> : -8.409       
> : -7.649       
> : -6.990       
> : -6.181       
> : -5.310       
> : -4.499       
> : -3.786       
> : -3.028       
> : -2.244       
> : -1.372       
> : -0.553       
> : 0.309       
> : 1.171       
> : 1.981       
> : 2.795       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
> : 3.631       
 Optimal score following high resolution, local optimization: 3.631

 Processing set: L 111 HIS     [6]: O 111 HIS     [6]: B 111 HIS     [6]
  : R 111 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -110.304
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -110.304

 Processing set: L 105 HIS     [6]: R 105 HIS     [6]: O 105 HIS     [6]
  : B 105 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.847
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.847

 Processing set: L 104 GLN     [2]: B 104 GLN     [2]: R 104 GLN     [2]
  : O 104 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.266
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.266

 Processing set: R  98 GLN     [2]: L  98 GLN     [2]: O  98 GLN     [2]
  : B  98 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 18.154
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 18.154

 Processing set: P 417 LYS NZ  [4]: C 417 LYS NZ  [4]: A 417 LYS NZ  [4]
  : S 417 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.511       
> : -22.884       
> : -22.229       
> : -21.611       
> : -20.875       
> : -20.139       
> : -19.553       
> : -18.823       
> : -18.273       
> : -17.489       
> : -16.888       
> : -16.210       
> : -15.562       
> : -14.631       
> : -13.952       
> : -13.086       
> : -12.282       
> : -11.536       
> : -10.735       
> : -9.908       
> : -9.103       
> : -8.315       
> : -7.446       
> : -6.672       
> : -5.667       
> : -4.732       
> : -3.766       
> : -2.872       
> : -1.914       
> : -0.969       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.511       
> : -22.884       
> : -22.229       
> : -21.611       
> : -20.875       
> : -20.139       
> : -19.553       
> : -18.823       
> : -18.273       
> : -17.489       
> : -16.888       
> : -16.210       
> : -15.562       
> : -14.631       
> : -13.952       
> : -13.086       
> : -12.282       
> : -11.536       
> : -10.735       
> : -9.908       
> : -9.103       
> : -8.315       
> : -7.446       
> : -6.672       
> : -5.667       
> : -4.732       
> : -3.766       
> : -2.872       
> : -1.914       
> : -0.969       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.511       
> : -22.884       
> : -22.229       
> : -21.611       
> : -20.875       
> : -20.139       
> : -19.553       
> : -18.823       
> : -18.273       
> : -17.489       
> : -16.888       
> : -16.210       
> : -15.562       
> : -14.631       
> : -13.952       
> : -13.086       
> : -12.282       
> : -11.536       
> : -10.735       
> : -9.908       
> : -9.103       
> : -8.315       
> : -7.446       
> : -6.672       
> : -5.667       
> : -4.732       
> : -3.766       
> : -2.872       
> : -1.914       
> : -0.969       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.511       
> : -22.884       
> : -22.229       
> : -21.611       
> : -20.875       
> : -20.139       
> : -19.553       
> : -18.823       
> : -18.273       
> : -17.489       
> : -16.888       
> : -16.210       
> : -15.562       
> : -14.631       
> : -13.952       
> : -13.086       
> : -12.282       
> : -11.536       
> : -10.735       
> : -9.908       
> : -9.103       
> : -8.315       
> : -7.446       
> : -6.672       
> : -5.667       
> : -4.732       
> : -3.766       
> : -2.872       
> : -1.914       
> : -0.969       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: P 408 LYS NZ  [4]: A 408 LYS NZ  [4]: C 408 LYS NZ  [4]
  : S 408 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -1.798
> : -23.397       
> : -22.700       
> : -22.132       
> : -21.443       
> : -21.120       
> : -20.639       
> : -19.913       
> : -18.973       
> : -18.163       
> : -17.444       
> : -17.000       
> : -16.252       
> : -15.408       
> : -14.784       
> : -14.039       
> : -13.243       
> : -12.471       
> : -11.744       
> : -11.046       
> : -10.299       
> : -9.445       
> : -8.669       
> : -7.750       
> : -6.933       
> : -6.057       
> : -5.231       
> : -4.375       
> : -3.502       
> : -2.609       
> : -1.702       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -23.397       
> : -22.700       
> : -22.132       
> : -21.443       
> : -21.120       
> : -20.639       
> : -19.913       
> : -18.973       
> : -18.163       
> : -17.444       
> : -17.000       
> : -16.252       
> : -15.408       
> : -14.784       
> : -14.039       
> : -13.243       
> : -12.471       
> : -11.744       
> : -11.046       
> : -10.299       
> : -9.445       
> : -8.669       
> : -7.750       
> : -6.933       
> : -6.057       
> : -5.231       
> : -4.375       
> : -3.502       
> : -2.609       
> : -1.702       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -23.397       
> : -22.700       
> : -22.132       
> : -21.443       
> : -21.120       
> : -20.639       
> : -19.913       
> : -18.973       
> : -18.163       
> : -17.444       
> : -17.000       
> : -16.252       
> : -15.408       
> : -14.784       
> : -14.039       
> : -13.243       
> : -12.471       
> : -11.744       
> : -11.046       
> : -10.299       
> : -9.445       
> : -8.669       
> : -7.750       
> : -6.933       
> : -6.057       
> : -5.231       
> : -4.375       
> : -3.502       
> : -2.609       
> : -1.702       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -23.397       
> : -22.700       
> : -22.132       
> : -21.443       
> : -21.120       
> : -20.639       
> : -19.913       
> : -18.973       
> : -18.163       
> : -17.444       
> : -17.000       
> : -16.252       
> : -15.408       
> : -14.784       
> : -14.039       
> : -13.243       
> : -12.471       
> : -11.744       
> : -11.046       
> : -10.299       
> : -9.445       
> : -8.669       
> : -7.750       
> : -6.933       
> : -6.057       
> : -5.231       
> : -4.375       
> : -3.502       
> : -2.609       
> : -1.702       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
> : -0.777       
 Optimal score following high resolution, local optimization: -0.777

 Processing set: P 401 GLN     [2]: A 401 GLN     [2]: C 401 GLN     [2]
  : S 401 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.414
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.414

 Processing set: C 399 ASN     [2]: P 399 ASN     [2]: A 399 ASN     [2]
  : S 399 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.012
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.012

 Processing set: C 398 ASN     [2]: S 398 ASN     [2]: P 398 ASN     [2]
  : A 398 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.855
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.855

 Processing set: S 394 ASN     [2]: P 394 ASN     [2]: C 394 ASN     [2]
  : A 394 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 36.145
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 36.145

 Processing set: C 375 GLN     [2]: A 375 GLN     [2]: S 375 GLN     [2]
  : P 375 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 26.992
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 26.992

 Processing set: C 356 HIS     [6]: S 356 HIS     [6]: P 356 HIS     [6]
  : A 356 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -81.658
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -81.658

 Processing set: P 344 HIS     [6]: S 344 HIS     [6]: A 344 HIS     [6]
  : C 344 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.639
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.639

 Processing set: C 322 GLN     [2]: P 322 GLN     [2]: S 322 GLN     [2]
  : A 322 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 23.034
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 23.034

 Processing set: A 314 HIS     [6]: C 314 HIS     [6]: P 314 HIS     [6]
  : S 314 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.004
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.004

 Processing set: C 309 LYS NZ  [4]: P 309 LYS NZ  [4]: A 309 LYS NZ  [4]
  : S 309 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -2.188
> : -23.850       
> : -23.166       
> : -22.621       
> : -22.034       
> : -21.636       
> : -21.015       
> : -20.460       
> : -19.705       
> : -19.006       
> : -18.238       
> : -17.339       
> : -16.743       
> : -15.977       
> : -15.232       
> : -14.578       
> : -13.906       
> : -13.088       
> : -12.321       
> : -11.484       
> : -10.463       
> : -9.516       
> : -8.748       
> : -7.953       
> : -7.128       
> : -6.331       
> : -5.483       
> : -4.540       
> : -3.593       
> : -2.672       
> : -1.743       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -23.850       
> : -23.166       
> : -22.621       
> : -22.034       
> : -21.636       
> : -21.015       
> : -20.460       
> : -19.705       
> : -19.006       
> : -18.238       
> : -17.339       
> : -16.743       
> : -15.977       
> : -15.232       
> : -14.578       
> : -13.906       
> : -13.088       
> : -12.321       
> : -11.484       
> : -10.463       
> : -9.516       
> : -8.748       
> : -7.953       
> : -7.128       
> : -6.331       
> : -5.483       
> : -4.540       
> : -3.593       
> : -2.672       
> : -1.743       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -23.850       
> : -23.166       
> : -22.621       
> : -22.034       
> : -21.636       
> : -21.015       
> : -20.460       
> : -19.705       
> : -19.006       
> : -18.238       
> : -17.339       
> : -16.743       
> : -15.977       
> : -15.232       
> : -14.578       
> : -13.906       
> : -13.088       
> : -12.321       
> : -11.484       
> : -10.463       
> : -9.516       
> : -8.748       
> : -7.953       
> : -7.128       
> : -6.331       
> : -5.483       
> : -4.540       
> : -3.593       
> : -2.672       
> : -1.743       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -23.850       
> : -23.166       
> : -22.621       
> : -22.034       
> : -21.636       
> : -21.015       
> : -20.460       
> : -19.705       
> : -19.006       
> : -18.238       
> : -17.339       
> : -16.743       
> : -15.977       
> : -15.232       
> : -14.578       
> : -13.906       
> : -13.088       
> : -12.321       
> : -11.484       
> : -10.463       
> : -9.516       
> : -8.748       
> : -7.953       
> : -7.128       
> : -6.331       
> : -5.483       
> : -4.540       
> : -3.593       
> : -2.672       
> : -1.743       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
> : -0.849       
 Optimal score following high resolution, local optimization: -0.849

 Processing set: C 294 GLN     [2]: A 307 GLN     [2]: A 294 GLN     [2]
  : S 307 GLN     [2]: C 307 GLN     [2]: S 294 GLN     [2]: P 307 GLN     [2]
  : P 294 GLN     [2]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 10
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 8 nodes
 Brute Force Enumeration: 256.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.562
 Optimal score following low resolution optimization: -15.098
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.562
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.583
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.562
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.583
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.583
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.562
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 38.583
 Beginning Optimization
 Beginning begining brute force enumeration on graph with 7 nodes
 Brute Force Enumeration: 128.000 network states requiring examination.
 Brute force: percent complete= 1; time remaining= 0h 0m 0s
 Brute force: percent complete= 2; time remaining= 0h 0m 0s
 Brute force: percent complete= 3; time remaining= 0h 0m 0s
 Brute force: percent complete= 4; time remaining= 0h 0m 0s
 Brute force: percent complete= 5; time remaining= 0h 0m 0s
 Brute force: percent complete= 6; time remaining= 0h 0m 0s
 Brute force: percent complete= 7; time remaining= 0h 0m 0s
 Brute force: percent complete= 8; time remaining= 0h 0m 0s
 Brute force: percent complete= 9; time remaining= 0h 0m 0s
 Brute force: percent complete= 10; time remaining= 0h 0m 0s
 Brute force: percent complete= 20; time remaining= 0h 0m 0s
 Brute force: percent complete= 30; time remaining= 0h 0m 0s
 Brute force: percent complete= 40; time remaining= 0h 0m 0s
 Brute force: percent complete= 50; time remaining= 0h 0m 0s
 Brute force: percent complete= 60; time remaining= 0h 0m 0s
 Brute force: percent complete= 70; time remaining= 0h 0m 0s
 Brute force: percent complete= 80; time remaining= 0h 0m 0s
 Brute force: percent complete= 90; time remaining= 0h 0m 0s
 Brute force: percent complete= 100; time remaining= 0h 0m 0s
 Brute force: percent complete= 110; time remaining= 0h 0m 0s
 Brute force: percent complete= 120; time remaining= 0h 0m 0s
 Exhaustive search ended. best network score = 40.562
 Optimal score following high resolution, local optimization: -15.098

 Processing set: A 297 LYS NZ  [4]: C 297 LYS NZ  [4]: S 297 LYS NZ  [4]
  : P 297 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 0.000
> : -23.378       
> : -22.625       
> : -22.216       
> : -21.504       
> : -20.812       
> : -20.333       
> : -19.727       
> : -19.185       
> : -18.144       
> : -17.514       
> : -16.953       
> : -16.198       
> : -15.399       
> : -14.533       
> : -13.883       
> : -13.003       
> : -12.223       
> : -11.366       
> : -10.580       
> : -9.835       
> : -9.021       
> : -8.174       
> : -7.332       
> : -6.450       
> : -5.590       
> : -4.687       
> : -3.710       
> : -2.801       
> : -1.870       
> : -0.942       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.378       
> : -22.625       
> : -22.216       
> : -21.504       
> : -20.812       
> : -20.333       
> : -19.727       
> : -19.185       
> : -18.144       
> : -17.514       
> : -16.953       
> : -16.198       
> : -15.399       
> : -14.533       
> : -13.883       
> : -13.003       
> : -12.223       
> : -11.366       
> : -10.580       
> : -9.835       
> : -9.021       
> : -8.174       
> : -7.332       
> : -6.450       
> : -5.590       
> : -4.687       
> : -3.710       
> : -2.801       
> : -1.870       
> : -0.942       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.378       
> : -22.625       
> : -22.216       
> : -21.504       
> : -20.812       
> : -20.333       
> : -19.727       
> : -19.185       
> : -18.144       
> : -17.514       
> : -16.953       
> : -16.198       
> : -15.399       
> : -14.533       
> : -13.883       
> : -13.003       
> : -12.223       
> : -11.366       
> : -10.580       
> : -9.835       
> : -9.021       
> : -8.174       
> : -7.332       
> : -6.450       
> : -5.590       
> : -4.687       
> : -3.710       
> : -2.801       
> : -1.870       
> : -0.942       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : -23.378       
> : -22.625       
> : -22.216       
> : -21.504       
> : -20.812       
> : -20.333       
> : -19.727       
> : -19.185       
> : -18.144       
> : -17.514       
> : -16.953       
> : -16.198       
> : -15.399       
> : -14.533       
> : -13.883       
> : -13.003       
> : -12.223       
> : -11.366       
> : -10.580       
> : -9.835       
> : -9.021       
> : -8.174       
> : -7.332       
> : -6.450       
> : -5.590       
> : -4.687       
> : -3.710       
> : -2.801       
> : -1.870       
> : -0.942       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
> : 0.000       
 Optimal score following high resolution, local optimization: 0.000

 Processing set: P 287 GLN     [2]: S 287 GLN     [2]: A 287 GLN     [2]
  : C 287 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 34.737
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 34.737

 Processing set: C 280 HIS     [6]: A 280 HIS     [6]: S 280 HIS     [6]
  : P 280 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -80.070
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -80.070

 Processing set: C 279 LYS NZ  [4]: P 279 LYS NZ  [4]: A 279 LYS NZ  [4]
  : S 279 LYS NZ  [4]
 permutations: 256
 Computing dot scores
 Num optimizations problems to be solved for this clique: 1
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -0.057
> : -23.164       
> : -22.729       
> : -22.077       
> : -21.592       
> : -20.901       
> : -20.204       
> : -19.527       
> : -18.881       
> : -18.022       
> : -17.342       
> : -16.835       
> : -16.097       
> : -15.450       
> : -14.602       
> : -13.953       
> : -13.175       
> : -12.346       
> : -11.538       
> : -10.754       
> : -9.889       
> : -9.029       
> : -8.211       
> : -7.342       
> : -6.353       
> : -5.579       
> : -4.694       
> : -3.799       
> : -2.824       
> : -1.882       
> : -0.972       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -23.164       
> : -22.729       
> : -22.077       
> : -21.592       
> : -20.901       
> : -20.204       
> : -19.527       
> : -18.881       
> : -18.022       
> : -17.342       
> : -16.835       
> : -16.097       
> : -15.450       
> : -14.602       
> : -13.953       
> : -13.175       
> : -12.346       
> : -11.538       
> : -10.754       
> : -9.889       
> : -9.029       
> : -8.211       
> : -7.342       
> : -6.353       
> : -5.579       
> : -4.694       
> : -3.799       
> : -2.824       
> : -1.882       
> : -0.972       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -23.164       
> : -22.729       
> : -22.077       
> : -21.592       
> : -20.901       
> : -20.204       
> : -19.527       
> : -18.881       
> : -18.022       
> : -17.342       
> : -16.835       
> : -16.097       
> : -15.450       
> : -14.602       
> : -13.953       
> : -13.175       
> : -12.346       
> : -11.538       
> : -10.754       
> : -9.889       
> : -9.029       
> : -8.211       
> : -7.342       
> : -6.353       
> : -5.579       
> : -4.694       
> : -3.799       
> : -2.824       
> : -1.882       
> : -0.972       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -23.164       
> : -22.729       
> : -22.077       
> : -21.592       
> : -20.901       
> : -20.204       
> : -19.527       
> : -18.881       
> : -18.022       
> : -17.342       
> : -16.835       
> : -16.097       
> : -15.450       
> : -14.602       
> : -13.953       
> : -13.175       
> : -12.346       
> : -11.538       
> : -10.754       
> : -9.889       
> : -9.029       
> : -8.211       
> : -7.342       
> : -6.353       
> : -5.579       
> : -4.694       
> : -3.799       
> : -2.824       
> : -1.882       
> : -0.972       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
> : -0.048       
 Optimal score following high resolution, local optimization: -0.048

 Processing set: C 277 ASN     [2]: S 277 ASN     [2]: A 277 ASN     [2]
  : P 277 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 32.789
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 32.789

 Processing set: S 265 ASN     [2]: C 265 ASN     [2]: P 265 ASN     [2]
  : A 265 ASN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 35.693
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 35.693

 Processing set: A 264 GLN     [2]: C 264 GLN     [2]: S 264 GLN     [2]
  : P 264 GLN     [2]
 permutations: 16
 Computing dot scores
 Num optimizations problems to be solved for this clique: 6
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: 30.785
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: 30.785

 Processing set: C 252 HIS     [6]: S 252 HIS     [6]: A 252 HIS     [6]
  : P 252 HIS     [6]
 permutations: 1296
 Computing dot scores
 Num optimizations problems to be solved for this clique: 8
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following low resolution optimization: -79.317
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Beginning Optimization
 Dynamic programming succeeded to fully optimize hypergraph
 Optimal score following high resolution, local optimization: -79.317

 Processing set: A 250 LYS NZ  [4]: C 250 LYS NZ  [4]: P 250 LYS NZ  [4]
  : S 250 LYS NZ  [4]
 permutations: 256
 Computing dot scores