|
Name |
Research Program |
| Andrew Bent |
Plant immune systems: molecular basis of pathogen recognition, defense activation, bacterial virulence |
| Helen Blackwell |
Chemical approaches to modulate quorum sensing in animal and plant-associated bacteria; Design of artificial bacterial signaling molecules |
|
Richard Burgess |
Biochemistry and molecular biology of RNA polymerase
and transcription factors |
Michael Cox |
Molecular biology and enzymology of genetic recombination and DNA repair |
|
Elizabeth Craig |
Genetics of environmental stress; protein translocation
and folding |
|
Joseph
P. Dillard |
Molecular mechanisms of disease caused by the bacterium Neisseria gonorrhoeae |
|
Timothy
Donohue |
Process and regulation of cytochrome biosynthesis |
|
Jorge
Escalante-Semerena |
Genetics and biochemistry of anaerobic metabolism |
|
Katrina
Forest |
Structural biology of pathogenesis |
|
Brian Fox |
Biochemical, catalytic, and spectroscopic studies of
redox active enzymes; protein engineering. |
|
Jenny
Gumperz |
Molecular and functional analyses of T lymphocytes
in innate immunity |
|
Anna
Huttenlocher |
Molecular mechanisms of leukocyte chemotaxis and inflammation |
|
James
Keck |
Study the structure and function of proteins that are
involved in multiple nucleic acid metabolic pathways. |
Laura L. Kiessling |
Molecular mechanisms underlying bacterial sensing and mycrobacterial cell wall biosynthesis. |
|
Patricia Kiley |
Transcriptional control of anaeraobic gene expression
in E. coli |
|
Robert
Landick |
Transcriptional regulation/RNA polymerase structure
and function |
|
Gary Roberts |
Genetics and biochemistry of nitrogen fixation and
carbon monoxide oxidation |
|
Ben
Shen |
Secondary metabolite biosynthesis and drug discovery |
|
Rob
Striker |
Nucleotide selectivity, error rate, and supramolecular
structure of the hepatitis C viral (HCV) polymerase |
|
Michael
Thomas |
Biosynthesis of bacterial secondary metabolites |
|
Rodney Welch |
Molecular analysis of bacteria pathogens |
