(r35) Barrick Lab :: UT Austin

---+ Barrick :: Home
<table width'"100%"><tr><td><div style="float: right; margin:10px;"><img style="border-color: black;  border-style: solid; border-width: 3px; height=350 width=266"  src="%PUBURL%/%WEB%/FrontPageImages/Marker_Divergence.png"><br><div align=center><b>Quantifying Bacterial Evolvability</b></div></div>

I am interested how evolutionary processes acting on different genetic architectures give rise to the creative brilliance of the natural world and to effective technologies in the laboratory and on the computer. I conduct evolution experiments with bacteria and digital organisms to understand relationships between variation, robustness, modularity, redundancy, genetic regulation, and evolvability.

_Currently, I am a postdoctoral fellow in the laboratories of [[http://www.msu.edu/~lenski/][Richard Lenski]] and [[http://www.cse.msu.edu/~ofria/][Charles Ofria]] at [[http://www.msu.edu][Michigan State University]]._
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Barrick Lab > WebHome

Contributors to this topic

JeffreyBarrick, PeterThoeny, MichaelHammerling, CraigBarnhart, TWikiContributor, AurkoDasgupta, KateElston, AustinMeyer, IsaacGifford, BrianRenda, GabrielSuarez, AlvaroRodriguez

Topic revision: r35 - 2010-01-11 - 11:42:03 - Main.JeffreyBarrick