|
|||
|
Quick Links:
Department Faculty and Their Research
Jonathan Beckwith, Ph.D., Professor Bacterial genetics: protein folding, protein secretion, protein disulfide bond formation and reduction, cytoplasmic redox pathways. Thomas G. Bernhardt, Ph.D., Assistant Professor Bacterial genetics; mechanism of cell division and its spatial and temporal regulation; cell wall construction John Collier, Ph.D., Professor Protein structure and function; bacterial exotoxins; protein-membrane interactions.
Animal virology; simian herpesvirus and retroviruses; molecular biology of viral-induced diseases of monkeys. David T. Evans, Ph.D., Assistant Professor Virology and Immunology; primate lentiviruses; mechanisms of protective immunity and viral pathogenesis.
Receptors and entry processes of retroviruses, flaviviruses, and coronaviruses, and developing mass spectrometry as a technique for observing the adaptive immune responses to HIV-1 and SIV.
Microbial metabolism, yeast glycolysis.
Regulation of gene expression through RNA-protein interactions and translation-level control mechanisms.
Host-pathogen interactions: intracellular bacterial pathogens; mechanisms of virulence and the host immune response.
Bacterial transcription and its regulation; genetic approaches for studying protein-protein interactions. Deborah Hung, M.D., Ph.D., Assistant Professor Chemical biology, bacterial genetics and genomics; regulation of virulence, latency and drug tolerance. Welkin Johnson, Ph.D., Assistant Professor Replication and pathogenesis of retroviruses.
Biology of bacterial polysaccharides including immunology, virulence, structure, and use as vaccines and immunomodulators.
Virology: molecular biology of Epstein-Barr virus infection and growth transformation of B lymphocytes.
Virology: molecular biology of herpes simplex virus productive and latent infection; innate immune responses to viruses; viral vaccines.
Microbial molecular genetics: bacterial biofilms, interspecies interactions, genome evolution.
Bacterial pathogenesis: global gene regulation during host-pathogen interactions, genomics, mechanisms of secretion of bacterial virulence factors.
Protein chemistry and bacterial genetics; biochemistry of bacterial toxins; genetic analysis of bacterial virulence.
Virology: reoviruses and rotaviruses; structure and assembly, entry, transcription and RNA processing, interactions with cells, pathogenesis.
Spore formation in B. subtilis. Cell-cell signaling, determinants of subcellular protein localization, chromosomal organization and segregation.
T-lymphocyte responses to bacterial pathogens; subcellular compartmentalization of bacterial antigens.
Cell biology: regulation of gene expression by animal cell growth factors.
Chemical biology applied to microbial systems; antibiotic mechanisms; enzyme structure, function, inhibition, and engineering.
Molecular biology of the non-segmented negative-sense (NNS) RNA viruses.
Chemistry and biology of host-virus interactions.
|
Department of Microbiology and Molecular Genetics, Harvard Medical School
200 Longwood Avenue, Armenise Room 427, Boston, MA 02115 |
Phone: (617) 432-1932
Main Page | Introduction | Faculty | Training | Events | NERCE/BEID | Contact Us | Webmaster
Copyright © 2009 by the President and Fellows of Harvard College