Mission
We aim to understand the function and evolution of the complex molecular networks that underlie life.
To do so, we integrate computational systems biology, population genetics, and molecular evolution.
We build and analyze mathematical simulations of protein networks to probe their function, and we analyze genomic data to undercover signatures of population history and natural selection, with an emphasis on humans.
Our group is interdisciplinary and collaborative, with an atmosphere that promotes both hard work and creativity.
News
December 4, 2011
We are seeking a postdoctoral scholar to join us in developing and applying methods for inferring population history and natural selection from genomic data. For more details, see Opportunities.
November 4, 2011
Congratulations to Brian Mannakee! He won the BIO5 Innovator Award for his poster at the 2011 Graduate and Professional Student Association Student Showcase.
August 13, 2011
Brian Mannakee presented a poster about our recent work on protein evolution and network dynamics at the 2011 q-bio Conference on Cellular Information Processing in Santa Fe, New Mexico. Sasha Jilkine also spoke on her previous work with the Wu and Altschuler lab.
Older news -
Public wiki - Internal wiki
August 3, 2011
Brian Mannakee gave a great talk about our recent work on protein evolution and network dynamics at the 2011 q-bio Summer School on Cellular Information Processing in Los Alamos, New Mexico. Earlier that day, Ryan lectured at the school on Systems biology's dirty secret: parameter estimation.
July 27, 2011
Ryan spoke about our recent work on protein evolution and network dynamics in a syposium on Evolutionary Systems Biology at the 2011 meeting of the Society for Molecular Biology and Evolution in lovely Kyoto, Japan.
July 13, 2011
Ryan was quoted in New Scientist (pdf), in refence to Li and Dubin's remarkable paper on human history inference from from single genomes.
July 5, 2011
Welcome to Sasha Jilkine, the newest member of the Gutengroup. Sasha is a mathematical biologist who has previously worked on modeling cell polarity with Leah Edelstein-Keshset and with Steve Altschuler and Lani Wu. During her postdoc here, she will be modeling the evolution of protein networks.
July 4, 2011
Our work on inferring human history (collaborative with Carlos
Bustamante) was featured in the New York Times (pdf).