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January 15, 2004
Note About
Images
Photo 1
Niu Jin and Paul Berger next to the rapid thermal annealing
system used in their research.
Credit: Paul Berger, Ohio State University, NSF
Photo 2
Dr. Phillip E. Thompson of the Naval Research Laboratory next to his molecular beam epitaxy system.
Credit: Phillip E. Thompson, Naval Research Laboratory
Photo 3
The researchers in the Frances Arnold group at the California Institute of Technology used directed evolution and site-directed mutagenesis to create cytochrome P450 BM-3 9-10A, a catalyst that converts alkanes into alcohols. By increasing the size of the A82 and A328 sections, the researchers created a catalyst that could tightly bind small alkanes.
Credit: Frances H. Arnold Research Group, California Institute of Technology.
Photo 4
Example reactions catalyzed by the enzymes produced by Matthew Peters, Frances Arnold, and their colleagues using directed evolution and site-directed mutagenesis.
Credit: Frances H. Arnold Research Group, California Institute of Technology.
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