gene circuits & systems  |  metabolic engineering  |  infectious disease 

Nance Ericson
Together with Mike Simpson, we are developing microfluidic, transparent, electrode arrays for single cell and community analysis of electrogenic microbes.
>> visit Nance Ericson’s Lab Page

Daniel Segre
We are applying metabolic flux modeling to optimize feedstocks and nutrient conditions for biosynthesis of electricity, fuels, and organics.
>> visit Daniel Segre’s Lab Page

Jay Reagan
We are exploring the dynamics and physiology of Shewanella oneidensis within complex microbial communities in microbial fuel cells
>> visit Jay Reagan’s Lab Page

Mike Simpson
Together with Nance Ericson, we are developing microfluidic, transparent, electrode arrays for single cell and community analysis of electrogenic microbes.
>> visit Mike Simpson’s Lab Page

Yannis Paschalidis
We are developing nonlinear bi-level optimization approaches for the analysis of metabolic flux models.
>> visit Yannis Paschalidis’ Lab Page

Alfred Spormann
We are using Affymetrix expression profiling and regulatory network mapping to decipher the regulatory role of cyclic-di-GMP, a global signaling molecule, in Shewanella oneidensis.
>> visit Alfred Spormann’s Lab Page
Microfluidic electrode array
For single-cell analysis of electricity generation by bacteria. Developed with collaborators Nance Ericson, Tim McKnight, & Mike Simpson at Oak Ridge National Laboratory.