Graduate studies are offered in the following areas of research:
| Molecular Genetics and Chemoprevention of Human Cancer: | |||
| Denmeade | Levis | Powell | Taverna |
| Dinkova-Kostova | Liu | Rudin | Yegnasubramanian |
| J. Isaacs | Nelson | Robinson | Vogelstein |
| W. Isaacs | Pan | Sukumar | |
| Kinzler | Pienta | Talalay | |
Viral Mechanisms of Pathogenesis and Oncognesis: | |||
| Ambinder | D. Hayward | Ray | |
| Hardwick | Pitha-Rowe | Siliciano | |
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| Amzel | Dinkova-Kostova | J. Isaacs | Talalay |
| Cole | Greenberg | Levis | Taverna |
| Denmeade | Leahy | Stivers | Townsend |
NMR Spectroscopy of Biomolecules: | |||
| Stivers | Taverna | ||
Protein Design, Engineering: | |||
| Amzel | Greenberg | Robinson | Taverna |
| Cole | J. Isaacs | Stivers | Zhu |
Gene Therapy: | |||
| Flexner | J. Isaacs | Pitha-Rowe | |
| G. Hayward | |||
Molecular Basis of Signal Transduction: | |||
| Cole | Levis | Robinson | Yegnasubramanian |
| Huganir | Liu | Snyder | Zhang |
| Inoue | Pan | Sukumar | Zhu |
| Leahy | Pienta | Taverna | |
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Molecular Mechanisms of Retroviral Immunosuppression: | |||
| Pitha-Rowe | Siliciano | ||
Structure/Function of Cell Surface Proteins in Cell-Mediated Immunity and HIV Infection: | |||
| August | |||
Vaccine Development: | |||
| August | Ray | ||
Cell Surface Carbohydrates in Cell-Cell Interactions: | |||
| Schnaar | |||
Protein Chemistry and Molecular Biology of Glycosyltransferases: | |||
| Taverna | |||
Biomedical Application of Mass Spectrometry: | |||
| Bumpus | Cotter | Taverna | |
Clinical Pharmacology of Anti-infective Agents: | |||
| Dooley | Hendrix | Siliciano | |
| Flexner | Shapiro | ||
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Drug Delivery: | |||
| August | Meyers | ||
Herpesvirus Gene Regulation and Latency: | |||
| D. Hayward | G. Hayward | ||
Antiparasite Drug Development: | |||
| Meyers | Shapiro | ||
Structure, Function and Biochemistry of Herpesvirus Proteins: | |||
| Gibson | |||
Histone Acetylation and Gene Regulation: | |||
| Bumpus | Greenberg | Pienta | Zhu |
| Cole | Liu | Taverna | |
Melatonin and Circadian Rhythm: | |||
| Cole | Snyder | ||
Drug Metabolism: | |||
| Barrow | Denmeade | Sukumar | |
| Bumpus | Levis | ||
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Vitamin D Pharmacology: | |||
Natural Product Biosynthesis: | |||
| Meyers | Townsend | ||
Cancer Immunology: | |||
| Jaffee | |||
Telomerase and Chromosome Stability: | |||
| Greider | Taverna | ||
T Cell Activation and Tolerance: | |||
| Liu | Ray | Powell | |
Intracellular Signal Transduction Pathways: | |||
| Dinkova-Kostova | Inoue | Liu | Pienta |
| Huganir | Levis | Pan | Sukumar |
Enzymatic DNA Repair; DNA Topoisomerases: | |||
| Greenberg | Stivers | Yegnasubramanian | |
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Molecular Imaging: | |||
| Inoue | Robinson | Zhang | |
| Pomper | |||
Clinical Pharmacology of Cardiovascular Agents: | |||
| Abernethy | |||
Cell Division: | |||
| Robinson | Taverna | ||
Chemical Biology: | |||
| Barrow | |||
Biochemical, Cell, and Animal Models of Neuropsychiatric Disease: | |||
| Ross | |||
Drug Development for Brain Diseases: | |||
| Ross | |||
Antimycobacterial Drug Development: | |||
| Dooley | |||
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Organic and Medicinal Chemistry: | |||
| Barrow | |||
Drug Discovery for the Central Nervous System: | |||
| Barrow | |||
Drug Design: | |||
| Barrow | |||


