Current lab members

Sergey Kryazhimskiy
Assistant Professor
PhD
Applied and Computational Mathematics, Princeton University
Evolution by natural selection is a fundamental property of life. I want to understand, predict and control how microbes evolve and adapt to their environment.

Sandeep Venkataram
Postdoc
PhD
Ecology and Evolution, Stanford University
I am interested in how biotic interactions in microbial communities affect adaption. I currently study a simple community that consists of yeast S.cerevisiae and alga C.reinhardtii. I observe how these two species are adapting to living with each other.

Huanyu Kuo
PhD student
MSc
Physics, National Tsing Hua University, Taiwan
I am interested in population genetics and quantitative biology. My research question is: How does the proteome allocation changes in bacterium E.coli as it adapts?

Michael Overton
PhD student
MSc
California State Polytechnic University Pomona
I am interested in developing and testing models that predict the fitness effects of new mutations. I am also pursuing an improved lineage tracking system for long-term evolution experiments.

Sarah Ardell
PhD student
BSc
Ecology, Behavior and Evolution, University of California San Diego
I am interested in using mathematical and computational models to understand evolution. I am currently working on a model to predict the evolution of cross-resistance and cross-sensitivity to antibiotics.

Minkyu (Mark) Kim
Undergraduate student
I am interested in systems biology, ecology and evolution. I’m currently working on understanding adaptation of modular organisms, using computer simulations and analytical theory.

Michael Overton
PhD student
MSc
California State Polytechnic University Pomona
I am interested in developing and testing models that predict the fitness effects of new mutations. I am also pursuing an improved lineage tracking system for long-term evolution experiments.

Sarah Ardell
PhD student
BSc
Ecology, Behavior and Evolution, University of California San Diego
I am interested in using mathematical and computational models to understand evolution. I am currently working on a model to predict the evolution of cross-resistance and cross-sensitivity to antibiotics.