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Courtesy of Peg Skorpinski Early indications: Except for a brief flirtation with writing at one point, I always wanted to be a scientist. Since I was young, I've loved biology and computers, and it's continued ever since. How did I get here? I consider myself lucky being able to come to Berkeley after my postdocs, both because of the work I was doing and the coincidental increase of attention to my field. Pivotal paper: I think the paper that caused the most discussion was my lambda phage p

Written byAdam Arkin
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Early indications: Except for a brief flirtation with writing at one point, I always wanted to be a scientist. Since I was young, I've loved biology and computers, and it's continued ever since.

How did I get here? I consider myself lucky being able to come to Berkeley after my postdocs, both because of the work I was doing and the coincidental increase of attention to my field.

Pivotal paper: I think the paper that caused the most discussion was my lambda phage paper in Genetics that I wrote with Harley McAdams and John Ross (A. Arkin, et al., "Stochastic kinetic analysis of developmental pathway bifurcation in phage lambda-infected Escherichia coli cells," Genetics, 149:1633-48, 1998). Besides trying to capture a great deal of information about an important decision in this phage's lifecycle and deeply understand its control, it also was a test of a controversial physical theory of gene expression.

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