Calin Belta
We are exploring the use hybrid dynamical system models and temporal logic approaches to verify, analyze and design gene control circuits.
>> visit Calin Belta’s Lab Page

James Collins
We are developing and applying network inference approaches to problems in microbial engineering and drug discovery.
>> visit James Collins’ Lab Page

Jim Fredrickson
As part of the Shewanella Federation, we are analyzing the transcriptional, protein and metabolic circuits underlying metal respiration in Shewanella oneidensis.

Eric Kolaczyk
Together with Scott Schaus, we are developing and applying statistical modeling approaches for the prediction of drug mechanism of action from gene expression data.
>> visit Eric Kolacyk’s Lab Page

Simon Kasif
We are developing novel machine learning methods for the analysis of regulatory circuits and genome sequences in Pseudomonas aeruginosa.
>> visit Simon Kasif’s Lab Page

Dong Hee Lee
We are deciphering regulatory circuits controlling cold shock response in Arabidopsis thaliana by applying the CLR algorithm to cDNA microarray data.
>> EWHA Women’s University, South Korea

Vwani Roychowdhury
We are applying Network Component Analysis (NCA) in conjunction with the CLR algorithm to define predictive models of microbial gene regulatory network responses.
>> visit Vwani Roychowdhury’s Lab Page

Martin Steffen
We are applying mass spectrometry to identify protein regulators of promoters and regulatory DNA.
>> visit Martin Steffen’s Lab Page