Faculty
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David Agard Structure, function, and folding of proteins, chromosomes, and centrosomes |
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Nadav Ahituv Deciphering the role of gene regulatory sequences in human biology and disease |
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Patricia Babbitt Computational and experimental analysis of protein superfamilies for functional inference and enzyme design |
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Bruce Conklin Combining the tools of molecular biology, genetics, bioinformatics, and physiology to answer fundamental issues in pharmacology. |
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Joe DeRisi Malaria gene expression profiling, functional genomics, microarrays |
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Ken Dill Statistical mechanics of biomolecules, protein and RNA folding, solvation |
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Hana El-Samad Computational biology/stochastic biological dynamics; modeling of biological systems |
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Thomas Ferrin Molecular graphics; scientific visualization; computational chemistry; bioinformatics; structure-based drug design |
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Kathy Giacomini Molecular mechanisms of nucleosides transporters and organic cations, and pharmacogenomics |
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Matthew Jacobson Fundamental principles of physical chemistry and biological applications specifically modeling proteins and protein-ligand complexes using physics-based methods |
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Ajay Jain Computational approaches for drug design, molecular docking, molecular similarity, predictive pharmacology, and modeling genomic and molecular phenomena involved in cancer. |
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Cynthia Kenyon Genes and Cells that Regulate the Lifespan of C. elegans |
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Tanja Kortemme Computational biology, prediction and design of protein interactions and networks, synthetic biology |
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Nevan Krogan Functional Insights from Genetic and Physical Interaction Maps |
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Hao Li Bioinformatics, genome sequence analysis, gene regulation |
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Wendell Lim Structure-function studies of potassium channels in mammalian heart and hippocampus. |
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Michael McManus Mammalian microRNA and RNA Interference Pathways |
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Katie Pollard Evolutionary computational biology |
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Neil Risch Genetic epidemiology of complex diseases in ethnic populations |
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Andrej Sali Computation grounded in the laws of physics and evolution to study the structure and function of proteins |
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John Sedat Organization and architecture of chromosomes; three-dimensional microscopy |
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Mark Segal Genotype - phenotype association; comparing DNA fingerprints; analysis of gene expression / microarray data; statistical methods |
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Saunak Sen Genetic analysis of complex traits, statistical genetics/genomics, Bayesian statistics, statistical computing |
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Brian Shoichet Molecular docking, structure-based inhibitor discovery, beta-lactamase activity-stability-evolution, and crystallography. |
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Chao Tang Design and organization principles of biological systems; quantitative study and systems analysis of biological networks; systems biology. |
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Christopher Voigt Design and evolution of gene circuits and pathways. |
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Jeff Wall Evolutionary and Human Genetics |
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Jonathan Weissman Mechanism of molecular chaperones and protein folding in vivo. |
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Ru-Fang Yeh Computational biology, gene finding, RNA splicing, regulation of gene expression, genomic data analysis |
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