|
Name |
Research Program |
|
Paul
Ahlquist |
Molecular mechanisms of viral replication, host interactions and oncogenesis |
|
Philip Anderson |
Molecular genetics of C. elegans |
|
Aseem
Ansari |
Chemical approaches to dissect and direct the genome
decoding machinery |
|
David
Brow |
Mechanism of DNA transciption and RNA splicing |
Michael Cox |
Molecular biology and enzymology of genetic recombination and DNA repair |
|
Marcin
Filutowicz |
Regulation of DNA replication |
|
James
Keck |
Study the structure and function of proteins that are
involved in multiple nucleic acid metabolic pathways. |
|
Robert
Landick |
Transcriptional regulation/RNA polymerase structure
and function |
|
Ann
Palmenberg |
Molecular biology of RNA picornaviruses; protein translation,
proteolytic processing; RNA synthesis; viral pathogenesis;
viral vaccines, vaccine vectors; computer-based sequence
analysis. |
|
David
Schwartz |
We develop and apply new approaches based on genomic
science to important biological problems |
Karen
Wassarman |
Small RNAs in bacteria |
Marv Wickins |
Understanding how RNAs and proteins interact, and the biological importance of those interactions. |