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Keasling participates in CNN Future Summit
Division Head Jay Keasling participated in the first of four roundtable discussions about how technology is shaping our future. In a global initiative, CNN has gathered some of the world's leading futurologists in genetics, stem cells, robotics and cybernetics to examine the ways science is working to fix, augment and duplicate the human body. Originating from Singapore, the show originally aired on CNN International on June 15. Read more about CNN Future Summit -->

A front-on view of a ribbon representation of Dicer shows the enzyme to resemble an axe with the RNA clamp at the handle (the PAZ domain) and the cleaver at the blade (RNase IIIa and IIIb). A flat connector area measuring 65 angstroms is the ruler portion that is used to measure out segments of 25 nucleotides (bases) in length. A segment of double-stranded RNA (blue) is shown passing through the Dicer enzyme.

Building on the extraordinary advances in temporal and spatial resolution and breakthroughs in modern computational and theoretical science, the
Physical Biosciences Division
aims to catalyze the development of biology as a quantitative, predictive science.

Seftey in PBDSafety inspections a success, but PBD maintains proactive stance
Inspections by the Lab’s external peer review committee last month were a success. The committee was impressed by how everyone in the Division, from undergraduates to Director Keasling, takes safety seriously. But we cannot rest on our laurels – safety remains a top priority for the Division and the Lab. Please continue to inspect your spaces on a monthly basis. Watch for our annual safety self-assessment and picnic in March, as well as safety training for supervisors. More info at the PBD EH&S website -->

Features

Saving energy at work: Why it's important, and what you can do

Custom microbes, at your service:
Synthetic biology featured in NYT
There are bacteria that blink on and off like Christmas tree lights and bacteria that form multicolored patterns of concentric circles resembling an archery target. Yet others can reproduce photographic images. These are not strange-but-true specimens from nature, but rather the early tinkering of synthetic biologists, who seek to create living machines and biological devices that can perform novel tasks. Berkeley Lab's Jay Keasling is trying to take up to 12 genes from the wormwood tree and yeast and get them to work together in E. coli bacteria to produce artemisinin, a malaria drug now extracted from the wormwood tree. More in the Jan 17 issue of the New York Times.

A rendering of global warming by Paul Preuss
PBD is playing a major role in the Lab's efforts to develop renewable, carbon-neutral energy sources for the future. Read more -->
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