|
Name |
Research Program |
|
Philip Anderson |
Molecular genetics of C. elegans |
Jean-Michel Ané |
Plant - microbe symbiotic association |
| Andrew Bent |
Plant immune systems: molecular basis of pathogen recognition, defense activation, bacterial virulence |
|
Elizabeth Craig |
Genetics of environmental stress; protein translocation
and folding |
|
Michael Culbertson |
Yeast genetics |
|
Joseph
P. Dillard |
Molecular mechanisms of disease caused by the bacterium
Neisseria gonorrhoeae |
|
Diana
Downs |
Metabolic regulation and pathway integration |
|
Jorge
Escalante-Semerena |
Genetics and biochemistry of anaerobic metabolism |
|
Richard
Gourse |
Prokaryotic transcription/regulation of ribosome synthesis |
|
Colleen E. Hayes |
Regulation of lymphocyte development and function |
|
William
J. Hickey |
Soil Microbiology, Bioremdiation, Physiology &
Molecular Ecology, Functional genomics |
| David O'Connor |
Genetics and immunology of HIV |
Nicole Perna |
Genomic and organismal evolution of plant and animal-associated enterobacteria; Bioformatics and computational biology. |
|
Christina
Hull |
Molecular biology of human fungal pathogens |
|
Gary Roberts |
Genetics and biochemistry of nitrogen fixation and
carbon monoxide oxidation |
|
David
Schwartz |
We develop and apply new approaches based on genomic
science to important biological problems |
|
James
Steele |
Genetics of lactic acid bacteria |
|
David
Watkins |
Function and evolution of major histocompatibility
complexclass I molecules |
|
Rodney Welch |
Molecular analysis of bacteria pathogens |
|
Jaehyuk Yu |
Fungi and Mycotoxins: Molecular Genetics of Asexual
Sporulation and Mycotoxin Biosynthesis in Filamentous
Fungi. |
