| FACULTY | RESEARCH CONCENTRATIONS | DEPARTMENTS/CENTERS |
|
 Daniel
Bond | Physiology of anaerobes, electricity generation by electrode-attached bacteria | Microbiology |
|
 Robert J.
Brooker | Structure and function of membrane-bound transport proteins | Genetics, Cell Biology and Development |
|
 Antony M.
Dean | Analysis of the relationship between enzyme activity, metabolic flux, and Darwinian fitness; evolution of gene regulation in temporally variable environments | Ecology, Evolution and Behavior |
|
 Mark
Distefano | Protein engineering, enzymology of protein prenylation, construction of molecular gradients for the programmed assembly of artificial tissues, synthesis of anticancer and antibiotic agents | Chemistry |
|
 Jeffrey
Gralnick | Physiology of Shewanella; Geomicrobiology | Microbiology |
|
 Wei-Shou
Hu | Biochemical engineering; bioreactors; animal cell culture; plant cell culture | Chemical Engineering and Materials Science |
|
 Romas
Kazlauskas | Enantioselective synthesis, protein engineering, catalytic plasticity, evolution of enzymes, dynamic combinatorial chemistry | Biochemistry, Molecular Biology, and Biophysics |
|
 Yiannis
Kaznessis | Computer modeling of biological systems, structural bioinformatics, synthetic bioengineering, molecular recognition phenomena,
gene regulatory networks | Chemical Engineering and Materials Science |
|
 Arkady
Khodursky | Development of microarray technologies; bacterial chromosome dynamics and organization; transcriptional network analysis | Biochemistry, Molecular Biology, and Biophysics |
|
 Michael J.
Sadowsky | Investigations of the use of microorganisms for biodegradation and bioremediation; plant microbe-interactions in symbiotic systems, and DNA fingerprinting methods for bacteria | Soil, Water and Climate |
|
 Claudia
Schmidt-
Dannert | Biosynthetic pathway engineering; directed evolution; natural product biosynthesis; metabolic engineering | Biochemistry, Molecular Biology, and Biophysics |
|
 Burckhard
Seelig | Biocatalysis, Directed Evolution, Protein Engineering, Artificial Enzymes | Biochemistry, Molecular Biology, and Biophysics |
|
 Friedrich
Srienc | Analysis of cell population dynamics using flow cytometry and mathematical modeling; metabolic pathway engineering of PHA biopolymers synthesis | Chemical Engineering and Materials Science |
|
 Michael
Travisano | Ecological and evolutionary dynamics, evolutionary genetics, microbial ecology and evolution | Ecology, Evolution, and Behavior |
|
 Lawrence
Wackett | Biocatalysis, Biodegradation, Microbial Genomics, Metalloenzymes | Biochemistry, Molecular Biology and Biophysics |
|
 Ping
Wang | Enzyme engineering and nanotechnology | Bioproducts and Biosystems Engineering |
|
