 |
|
| Name |
Rank |
Department/
Program |
Research
Description |
|
Artemyev, Nikolai, PhD |
Professor |
Molecular Physiology & Biophysics
Molecular & Cellular Biology
|
Mechanisms of G-protein signaling |
|
Brenner, Charles, PhD |
Professor (Head) |
Biochemistry
Molecular & Cellular Biology
|
Tumor suppressor gene function and NAD metabolism |
|
Elcock, Adrian, PhD |
Associate Professor |
Biochemistry
|
Understanding macromolecular interactions through the use of computer simulations and bioinformatics techniques: structure and function of multi-enzyme complexes; protein-protein association events |
|
England, Sarah, PhD |
Professor |
Molecular Physiology & Biophysics
Molecular & Cellular Biology
|
Molecular mechanisms regulating potassium channel function during pregnancy and vascular dysfunction |
|
Fuentes, Ernesto, PhD |
Assistant Professor |
Biochemistry
Center for Biocatalysis & Bioprocessing
Training Program in the Pharmacological Sciences
Molecular & Cellular Biology
|
Molecular mechanisms governing specific signal transduction pathways |
|
Geng, Lei, PhD |
Professor |
Chemistry
|
Development and application of laser spectroscopic methods for the studies of biological, medical, and chemical systems |
|
Houtman, Jon, PhD |
Assistant Professor |
Microbiology
Immunology
Molecular & Cellular Biology
|
Role of Adaptor Proteins in T Cell Activation |
|
Khademi, Shahram, PharmD/PhD |
Assistant Professor |
Biochemistry
Molecular Physiology & Biophysics
|
Structure and function of membrane proteins using X-ray crystallography techniques |
|
Kohen, Amnon, PhD |
Associate Professor |
Chemistry
Molecular & Cellular Biology
|
The role of protein dynamics and quantum mechanical effects in enzyme catalyzed hydrogen transfer and the mechanism of dinitrogen reduction by nitrogenases |
|
Margulis, Claudio, PhD |
Associate Professor |
Chemistry
|
Use of theoretical and computational tools to understand dynamical and structural properties of classical and quantum systems in the condensed phase with particular interest in biological problems. |
|
Moye-Rowley, Scott, PhD |
Professor |
Molecular Physiology & Biophysics
Genetics
Molecular & Cellular Biology
|
Transcriptional control of oxidative stress tolerance; eukaryotic multidrug resistance |
|
Piper, Robert, PhD |
Professor |
Molecular Physiology & Biophysics
Genetics
|
Mechanisms governing the movement of proteins in eukaryotes |
|
Plapp, Bryce, PhD |
Professor |
Biochemistry
|
Mechanisms of alcohol dehydrogenases; protein chemistry, structure, and function; enzyme engineering by directed mutagenesis; regulation of alcohol metabolism |
|
Schmidt, Thomas, PhD |
Professor |
Molecular Physiology & Biophysics
|
Glucocorticoid receptor-mediated regulation of gene expression |
|
Shea, Madeline, PhD |
Professor |
Biochemistry
|
Regulatory protein interactions in signal transduction, allosteric mechanism of cooperative calcium binding to calmodulin |
|
Shibata, Erwin, PhD |
Associate Professor |
Molecular Physiology & Biophysics
|
Mechanism of direct Gsalpha modulation of cardiac
ion channels |
|
Usachev, Yuriy, PhD |
Associate Professor |
Pharmacology
|
Ca2+ signaling and plasticity of primary nociceptors |
|
Washington, M. Todd, PhD |
Associate Professor |
Biochemistry
Molecular & Cellular Biology
|
Understanding the mechanisms of DNA polymerases involved in both mutagenic and error-free replication of DNA damage at the thermodynamic, kinetic, and structural level |
|
Welsh, Michael, MD |
Professor |
Internal Medicine
Molecular Physiology & Biophysics
Genetics
Molecular & Cellular Biology
Neuroscience
|
Biology of cystic fibrosis; structure and fuction of ion channels; pathogenesis of lung disease |
|
Wright, Michael, PhD |
Assistant Professor |
Molecular Physiology & Biophysics
|
Using quantitative proteomic approaches to build quantitative models of signal transduction. |
|
|
|
