BBS Faculty
A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z
| Faculty Name | Research Summary |
|---|---|
| Abzhanov, Arkhat | Oral Developmental Biology |
| Ahmad, Kami | Histone variants and chromosome biology |
| Alt, Frederick | Lymphocyte Differentiation, Recombination, DNA repair, cancer |
| Altshuler, David | Genomic approaches to human disease genetics |
| Anderson, Paul | RNA granules |
| Arany, Zoltan | Gene Regulation of Metabolism in Cardiovascular Health and Disease |
| Arlotta, Paola | Molecular and Developmental Neurobiology |
| Arnaout, M. Amin | Adhesion, Integrins, hematopoiesis, kidney genetics |
| Artavanis-Tsakonas, Spyros | Molecular Genetics of Cell Interaction in Development |
| Aster, Jon | Role of Notch Signaling in Lymphoid Neoplasia |
| Ausiello, Dennis | Membrane Biology |
| Ausubel, Frederick | Molecular Biology of Pathogenesis |
| Avidor-Reiss, Tomer | Centriole, Centrosome and Cilium: Biogenesis, Function and Evolution |
| Baron, Roland | Bone cells differentiation, function and signaling |
| Beggs, Alan | Molecular genetics of human neuromuscular diseases |
| Beier, David | Mouse Models of Human Disorders |
| Bender, Welcome | Drosophila Molecular Genetics |
| Bernhardt, Thomas | Bacterial cell division and cell biology |
| Bernstein, Bradley | Epigenetic mechanisms in mammalian development |
| Biddinger, Sudha | Mechanisms by which diabetes promotes atherosclerosis |
| Bischoff, Joyce | Endothelial Progenitors in Health and Disease |
| Blacklow, Stephen | Biochemistry of transmembrane receptors and signaling |
| Blackwell, T. Keith | Aging, Stress Defenses, and Developmental Gene Regulation in C. elegans |
| Blenis, John | Molecular Biology of Cell Growth Regulation and Transformation |
| Blower, Michael | Microtubule associated RNAs during mitosis |
| Bonni, Azad | Cell-Intrinsic Regulation of Neuronal Connectivity in Brain Development and Disease |
| Bradner, James | Gene regulation studied with small molecules |
| Breault, David | Regulation of tissue stem cells |
| Brenner, Michael | Innate - Adaptive Immunity and Autoimmunity |
| Brugge, Joan | Signal transduction in normal and transformed cells |
| Bulyk, Martha | Transcription Factors and DNA Regulatory Elements |
| Buratowski, Steve | Biochemical and Genetic Analysis of Eukaryotic Gene Expression |
| Burns, Caroline | Cardiovascular stem cell biology |
| Camargo, Fernando | Stem cells and organ size control |
| Campbell, James | Tissue-specific lymphocyte homing and diversity |
| Cantley, Lewis | Signal Transduction |
| Cantor, Alan | Transcription factors in hematopoiesis and leukemogenesis |
| Carroll, Michael | Genetic Models of Human Disease |
| Cepko, Connie | Molecular genetics of neural development and gene therapy to prevent blindness |
| Chan, Joanne | Dissection of angiogenic signaling in zebrafish |
| Chien, Kenneth | Cardiovascular Stem Cells in Development and Disease |
| Chou, James | Protein NMR Spectroscopy of Membrane Protein |
| Chowdhury, Dipanjan | Downregulating DNA Repair: Phosphatases & MicroRNAs |
| Church, George | Genome Structure |
| Churchman, Stirling | Global studies of transcription elongation |
| Cichowski, Karen | Combining genetic and biochemical approaches to elucidate mechanisms underlying cancer |
| Clapham, David | New Biology through Physics: Molecular Discoveries with Light |
| Clardy, Jon | Biologically active small molecules |
| Coen, Donald | Molecular Genetics of Herpes Viruses |
| Cohen, David | Mechanisms of hepatic cholesterol elimination |
| Colaiácovo, Monica | Mechanisms underlying accurate meiotic chromosome segregation |
| Corfas, Gabriel | Molecular Basis of Neuron Glia Interactions |
| Cowan, Chad | Stem Cells and Developmental biology |
| D'Amore, Patricia | Regulation of Vascular Development and Pathology |
| D'Andrea, Alan | Genomic instability and cancer susceptibility |
| Daley, George | Stem cells in disease and development |
| Daly, Mark | Genetics of common human disease |
| Danial, Nika | Integration of Metabolism and Stress Pathways |
| Danuser, Gaudenz | Mechanochemical cell signaling |
| Datta, Sandeep | Functional Characterization of Neural Circuits |
| De Jager, Philip | Human genetics of neuroinflammatory and neurodegenerative disorders |
| DeCaprio, James | Cellular transformation by SV40 |
| DePace, Angela | Mechanism and evolution of gene expression in Drosophila |
| Donahoe, Patricia | Developmental Biology / Genetics (congenital anomalies, cancer) |
| Dove, Simon | The regulation of gene expression in pathogenic bacteria |
| Drapkin, Ronny | Cancer pathogenesis: models, mechanisms, and biomarkers |
| Drummond, Iain | Genetic analysis of zebrafish kidney organogenesis |
| Dulac, Catherine | Molecular and Development Neurobiology |
| Dymecki, Susan | Developmental Neurobiology and Genetics |
| Dyson, Nicholas | Control of Cell Proliferation by RB/E2F |
| Ebert, Benjamin | Research in hematology and oncology |
| Eck, Michael | Structure Biology of Cytoplasmic Signal Transduction |
| Eggan, Kevin | Mechanisms of Epigenetic Reprogramming |
| Elion, Elaine | Molecular Mechanisms of Signal Transduction |
| Elledge, Stephen | Cell Cycle Control and Genomic Integrity |
| Engelman, Alan | Retroviral DNA Integration |
| Engle, Elizabeth | Genetic disorders of axon growth and guidance |
| Evans, David | Primate lentiviral immunology and pathogenesis |
| Extavour, Cassandra | Comparative and evolutionary invertebrate developmental biology |
| Farzan, Michael | HIV-1 and Other Viruses |
| Feany, Mel | Genetics of neurodegenerative disease |
| Finley, Daniel | The ubiquitin-proteasome pathway |
| Fisher, David | Eukaryotic survival decisions |
| Flanagan, John | Cell-cell signaling in neural development and regeneration |
| Fleming, Mark | Molecular genetics of erythroid iron metabolism |
| Fontana, Walter | Systems Biology Research |
| Francis, Nicole | Biochemistry of Epigenetics |
| Frank, David | Intracellular signaling pathways in the regulation of cell growth and differentiation |
| Garcia-Cardeña, Guillermo | Control of Endothelial cell fate and vascular development by fluid mechanical forces |
| Garraway, Levi | Integrated and functional genomic studies of human cancer |
| Gaudet, Suzanne | Systems biology of mammalian cell fate decisions |
| Gehrke, Lee | RNA Structure, RNA-protein Interactions, and Translation-level Gene Regulation in RNA Viruses |
| Gilmore, Michael | Molecular biology multi-drug resistant pathogens |
| Gimbrone, Michael | Topics in Vascular Biology |
| Gimelbrant, Alexander | Epigenomics of allele-specific expression |
| Gladyshev, Vadim | Redox biology, trace elements and aging |
| Goessling, Wolfram | Liver development, regeneration and carcinogenesis |
| Golan, David | Regulation of Membrane Protein and Lipid Dynamics: Molecular Mechanisms and Biological Implications |
| Goldberg, Alfred | Mechanism and Function of Intracellular Protein Turnover |
| Goldberg, Marcia | Pathogen-host interactions |
| Goodrich, Lisa | Molecular genetic dissection of circuit assembly and morphogenesis |
| Goodyear, Laurie | Effects of diabetes, exercise, and skeletal muscle metabolism |
| Gray, Jesse | How transcriptional networks rewire neuronal circuits |
| Gray, Nathanael | Functional small molecules for biological discovery |
| Greenberg, Michael | Neurological Control of Cell Growth and Differentiation |
| Gregory, Richard | Mechanisms of RNAi in stem cells |
| Gu, Chenghua | The molecular mechanisms of how neural and vascular networks are coordinately developed |
| Gusella, James | Molecular Genetics of Inherited Disorders |
| Gussoni, Emanuela | Muscle stem cell commitment and differentiation |
| Gygi, Steven | Mass Spectrometry and Proteomics |
| Haber, Daniel | Characterization of molecular targets of cancer therapy |
| Hahn, William | Molecular approaches to cell immortalization and transformation |
| Haigis, Kevin | Ras signaling and colon cancer |
| Haigis, Marcia | Mitochondria in aging and metabolism |
| Harper, J. Wade | Mechanism and biology of ubiquitin-like protein conjugation cascades |
| Harris, Matthew | Genetic basis of skeletal development and evolution |
| Harrison, Stephen | Structure of Viruses, Viral Proteins, Receptors, Transcription Factors |
| Hazra, Aditi | Genomic and epigenomic susceptibility to cancer |
| He, Xi | Molecular mechanism of signal transduction |
| Heiman, Maxwell | Cell shape |
| Henske, Elizabeth | Tuberous sclerosis and LAM: Pathogenic Mechanisms |
| Higgins, Darren | Molecular Determinants of Intracellular Bacterial Pathogenesis |
| Higgins, Jonathan | Mitotic kinases, chromatin and chromosome segregation |
| Hirschhorn, Joel | Human genetics, Genomics and Complex Traits |
| Hochedlinger, Konrad | Embryonic stem cells, Nuclear Transfer, Cancer, Reprogramming |
| Hochschild, Ann | Gene Regulation of Prokaryotes |
| Hock, Hanno | Transcriptional control of hematopoiesis and leukemia |
| Hogle, James | X-Ray Crystallographic Studies of Viruses and Proteins |
| Howley, Peter | Viral Pathogenic and Tranformation Mechanisms |
| Hsu, Victor | Basic and applied mechanisms of intracellular transport |
| Hung, Deborah | Chemical genetics approach to bacterial pathogenesis |
| Hunter, Craig | Genetics and Development |
| Hur, Sun | Innate immunity against RNA viruses |
| Husson, Robert | Mycobacterial signal transduction and transcription regulation |
| Iliopoulos, Dimitrios | Molecular Links between Inflammation and Oncogenesis |
| Ingber, Don | Research in Integrin Signaling, Cytoskeleton, and Control of Angiogenesis |
| Italiano, Joseph | Cytoskeletal mechanics of blood platelet production |
| Jackson-Grusby, Laurie | Epigenetic regulation in development and disease |
| Jain, Rakesh | Tumor microenvironment, Angiogenesis and Metastasis: from Bench-to-Bedside-to-Biomarkers |
| Janne, Pasi | Translational research on kinase inhibitors |
| Jensen, Frances | Age-Dependent Mechanisms of Perinatal Brain Injury |
| Joung, J. Keith | Molecular recognition and protein engineering |
| Kagan, Jonathan | Toll-like Receptors and Innate Immunity |
| Kahn, C. Ronald | Cellular and Molecular Aspects of Insulin Action |
| Kahne, Daniel | Mechanisms of action of antibiotics |
| Kalluri, Raghu | Matrix biology, cell-matrix interactions in health and disease |
| Kaplan, Joshua | Genetic analysis of synaptic transmission |
| Karnoub, Antoine | Epithelial:stromal interactions in the formation and progression of carcinomas |
| Kasper, Dennis | Bacterial / Host Interactions in symbiosis and pathogenesis |
| Kazlauskas, Andrius | Molecular basis of human disease |
| Khosravi-Far, Roya | Signal transduction pathways involved in cellular proliferation and apoptosis |
| Kieff, Elliott | Molecular biology of Epstein Barr Virus infection and transformation of B Lymphocytes |
| Kim, Carla | Lung stem cell biology and cancer |
| King, Randy | Chemical Approaches to Cell Division and Cancer |
| Kingston, Robert | Molecular Mechanisms of Transcription Regulation in Mammals |
| Kirchhausen, Tomas | Single-molecule biology and visualization of cellular dynamics |
| Kirschner, Marc | Cell Morphogenesis and Regulation |
| Klagsbrun, Michael | Growth Factor Structure and Function |
| Knipe, David | Molecular Biology of Herpes Viruses |
| Kohane, Isaac | Integrative genomics of cancer and autism |
| Kontaridis, Maria | Signal Transduction and Phosphorylation in Heart Disease |
| Kreidberg, Jordan | Signaling networks in development and disease |
| Kucherlapati, Raju | Genetics and genomics of human disease |
| Kuhn, Bernhard | Myocardial regeneration, heart muscle cell proliferation |
| Kulkarni, Rohit | Islet cell signaling mechanisms, Stem cells, iPS Cells in diabetes |
| Kunkel, Louis | Neurogenetics of Disease |
| Kupper, Thomas | Skin Immunology T cell Trafficking Lymphoma |
| Kuroda, Mitzi | Molecular genetics of chromosome organization and gene expression |
| Kwiatkowski, David | Human molecular and cancer genetics |
| Lahav, Galit | Protein dynamics in single living cells |
| Langenau, David | Self-Renewal and Cancer |
| Lassar, Andrew | Regeneration of cartilage and skeletal muscle |
| Lee, Charles | Studying human diseases through structural genomic variation |
| Lee, Jeannie | Mechanism of X-inactivation in Mammals |
| Lehtinen, Maria | Neural stem cells and cerebrospinal fluid |
| Lencer, Wayne | Bacterial toxin entry and immunoglobulin transport in mucosal epithelial cells |
| Lesser, Cammie | Modeling mechanisms of bacterial pathogenesis |
| Letai, Anthony | Targeting apoptosis regulation in cancer |
| Letvin, Norman | Immunopathogenesis of Viral Diseases |
| Levy, Bruce | Resolution of lung inflammation and injury |
| Levy, Ofer | Translational immunology in immunocompromised hosts |
| Li, Zhe | Developmental oncobiology and cancer stem cells |
| Liao, Ronglih | Cardiac repair and regeneration |
| Liberles, Stephen | Molecular Biology of Instinctive Animal Behavior |
| Lieberman, Judy | Cytotoxic T Lymphocytes |
| Liu, X. Shirley | Computational biology of transcriptional and epigenetic regulation. |
| Livingston, David | Molecular biology and genetics of Cancer |
| Look, A. Thomas | Genetic models of Leukemogenesis |
| Loparo, Joseph | Single-molecule studies of DNA repair |
| Lory, Stephen | Host Pathogen interactions |
| Loscalzo, Joseph | Endothelial cell, nitric oxide, proteomic redox regulation |
| Losick, Richard | Microbial Development |
| Lu, Kun Ping | Cell Growth Regulation, Telomere Maintenance, cancer and Alzheimer's disease |
| Luo, Hongbo | Cell signaling in innate immunity |
| Maas, Richard | Genetic regulation of organogenesis and organ regeneration |
| Mably, John | Models of cardiac development and disease |
| MacDonald, Marcy | Molecular Genetic Approaches to Human Disease Mechanisms |
| Macklis, Jeffrey | Neo-Cortical Development and Cellular Transplantation |
| MacRae, Calum | Cardiovascular Biology in Human and Zebrafish |
| Majzoub, Joseph | Hypothalamic gene function and regulation |
| Malley, Richard | Acquired and innate immunity to pneumococci |
| Mango, Susan | Environmental Signaling, Plasticity and Fate Specification during Development |
| Marasco, Wayne | Principles/Practices of Developing Human Antibody Therapies |
| Marto, Jarrod | Quantitative proteomics of cancer progression |
| Mayadas, Tanya | Phagocyte-endothelial cell responses in inflammation |
| McAllister, Sandra | Molecular and cellular regulators of cancer progression |
| McCarroll, Steven | Human genome structural and regulatory variation |
| McClatchey, Andrea | Membrane:cytoskeleton interface in morphogenesis and tumorigenesis/metastasis |
| McKeon, Frank | The Structure of the Nucleus and the Dynamics of Nuclear Transport |
| Megason, Sean | Systems Biology Research |
| Meissner, Alexander | Epigenetic modifications and cellular identity |
| Mekalanos, John | Molecular Mechanisms in Pathogenesis |
| Melton, Douglas | Vertebrate Development Biology |
| Meselson, Matthew | Biology of Aging |
| Meyerson, Matthew | Biology and genetics of human cancers |
| Michel, Thomas | Cardiovascular signal transduction |
| Mitchell, Richard | Mechanisms of acute and chronic allograft rejection |
| Mitchison, Timothy | Cytoskeletal Dynamics |
| Moazed, Danesh | Gene Silencing and Chromosome Structure |
| Mootha, Vamsi | Systems Biology Research |
| Mora, Jorge | Tissue-specific leukocyte trafficking in health and disease. |
| Morton, Cynthia | Research in Molecular Cytogenetics |
| Moses, Marsha | Biochemical and molecular regulation of vascular growth |
| Mostoslavsky, Raul | Chromatin Dynamics in metabolism and DNA repair |
| Mulligan, Richard | Development Applications of Mammalian Vectors |
| Münger, Karl | Viral Oncoproteins as Probes to Study the Regulation of Cell Growth and Differentiation |
| Näär, Anders | Molecular mechanisms of transcriptional control |
| Newton-Cheh, Christopher | Complex trait genetics of blood pressure and QT interval variation |
| North, Trista | Blood stem cell development and regeneration |
| Novina, Carl | Mechanisms and Applications of Mammalian RNA interference |
| Oettinger, Marjorie | Molecular Biology of V(D)J Recombination |
| Olsen, Bjorn | Molecular Biology of Extracellular Matrix |
| Orkin, Stuart | Human Molecular Genetics |
| Ozcan, Umut | Molecular Biology of Insulin and Leptin Receptor Signaling Systems in Obesity |
| Pandolfi, Pier Paolo | The molecular genetics of human cancer |
| Park, Peter | Computational Genomics |
| Paw, Barry | Genetics of Blood Development |
| Pellman, David | Normal cell division mechanisms and cell division defects in cancer |
| Perelman, Lev | Bioimaging and Optical Spectroscopy: Detection of Early Disease with Light |
| Perrimon, Norbert | Genetic analysis of growth and homeostasis |
| Pier, Gerald | Bacterial pathogenesis and vaccine development |
| Pollak, Martin | Kidney disease, genetics, cytoskeleton |
| Polyak, Kornelia | Molecular Basis of Breast Cancer Initiation and Progression |
| Puigserver, Pere | Nutrient Sensing and Metabolic Control |
| Rabkin, Samuel | HSV Vectors for Cancer Therapy |
| Rajagopal, Jayaraj | Lung Regeneration and Lung Disease |
| Rapoport, Tom | Protein Transport Across the Endoplasmic Reticulum Membrane |
| Raychaudhuri, Soumya | Disease-oriented computational genomics and bioinformatics |
| Reck-Peterson, Samara | Molecular Mechanism of Microtubule-Based Motility |
| Reich, David | Applying population genetics to find disease genes |
| Richardson, Charles | Structure and Replication of DNA |
| Rinn, John | The RNA World |
| Roberts, Charles | Chromatin and Cancer |
| Roberts, Thomas | Control of Gene Expression Tumorgenesis and Differentiation |
| Rosen, Evan | Molecular Approaches to Metabolism and Energy Balance |
| Rosen, Vicki | BMP signaling in organogenesis |
| Rosenberg, Paul | Glutamate transporters, cell death, sleep/wake regulation |
| Rosenzweig, Anthony | Mechanisms of heart growth, regeneration, and failure |
| Rossi, Derrick | Hematopoietic stem cell biology and aging |
| Rubin, Eric | Bacterial genetics of tuberculosis and tularemia |
| Rubin, Lee | Stem Cells and Neurodegenerative Disease |
| Rudner, David | Bacterial chromosome dynamics and cell biology |
| Ruvkun, Gary | Molecular Genetics of Development |
| Sahin, Mustafa | Cellular Mechanism(s) of Axon Guidance |
| Salic, Adrian | Mechanisms of vertebrate Hedgehog signaling |
| Sanes, Joshua | Synapse Formation |
| Saper, Clifford | hypothalamic circuitry controlling sleep and circadian rhythms |
| Scadden, David | Hematopoietic stem cells and their niche |
| Schier, Alexander | Developmental Genetics and Neurobiology |
| Schwarz, Thomas | Genetics of Neuronal Cell Biology |
| Scully, Ralph | Recombination functions of the BRCA genes |
| Seed, Brian | Molecular Biology of Signal Transduction |
| Segal, Rosalind | Neurotrophic factors in development: Functions and mechanisms of action |
| Seidman, Christine | Molecular genetics basis of human disease, particularly cardiovascular pathogenesis |
| Seidman, Jonathan | Inherited human disorders |
| Selkoe, Dennis | Molecular Mechanisms of Neurodegeneration in Alzheimer's and Parkinsons Diseases |
| Serhan, Charles | Chemical mediators in inflammation and resolution |
| Shah, Jagesh | Systems Biology Research |
| Sharpe, Arlene | Regulation of T-cell Mediated Immune Response |
| Sheen, Jen | Molecular Mechanisms of Plant Signal Transduction |
| Shi, Yang | Transcriptional control in differentiation/development & tumorigenesis |
| Shi, Yujiang Geno | Epigenomics and Chromatin Systems Biology |
| Shih, William | Biomolecular nanotechnology |
| Shivdasani, Ramesh | Cancer and development, thrombopoiesis, intestinal development |
| Shoelson, Steven | Signal transduction and related molecular pathophysiology |
| Sicinski, Peter | Cell cycle proteins in development and cancer |
| Silver, Pamela | Systems Biology Research |
| Sinclair, David | Molecular mechanisms of aging and age related diseases |
| Slaugenhaupt, Susan | Genetics of human disease |
| Snapper, Scott | Signal Transduction, Host-Microbial Interactions and Immunology |
| Sorger, Peter | Systems biology of mammalian signal transduction |
| Spiegelman, Bruce | Mechanisms of Mammalian Cell Differentiation and Gene Expression |
| Springer, Michael | Evolution of signaling pathway; quantitative techniques |
| Springer, Timothy | Molecular Basis of cell adhesion and migration |
| Starnbach, Michael | T-Lymphocyte Responses to Bacterial Pathogens |
| Stranger, Barbara | Population genomics of human transcriptional variation |
| Struhl, Kevin | Gene regulation in yeast and cancer |
| Sunyaev, Shamil | Computational analysis of sequence variation and divergence |
| Szostak, Jack | Structure and Activities of Ribozymes |
| Tabin, Clifford | Vertebrate Pattern Formation |
| Toker, Alex | Signaling Pathways in Cancer Cell Biology |
| Van Vactor, David | Neuronal Pathfinding and Synaptogenesis |
| Vasudevan, Shobha | microRNA functions in cancers and quiescence |
| Verdine, Gregory | Approaches Toward Understanding and Treating Human Disease |
| Vidal, Marc | Functional genomics and proteomics |
| von Andrian, Ulrich | Molecular Mechanisms of Leukocyte Trafficking |
| Wagers, Amy | Biology and function of tissue-specific stem cells |
| Wagner, Gerhard | NMR spectroscopy of proteins and metabolites |
| Waldor, Matthew | Biology and virulence of enteric pathogens |
| Walensky, Loren | Targeting deregulated apoptotic and transcriptional pathways in cancer |
| Walker, Suzanne | Chemical biology, enzymology, antibiotics, glycosyltransferases, inhibitors |
| Walsh, Christopher | Molecular Genetics of Cerebral Cortical Development |
| Walter, Johannes | Maintenance of genome stability in S phase |
| Walz, Thomas | Electron microscopic structure determination |
| Wang, Da-Zhi | Cardiovascular development and disease, muscle biology |
| Warman, Matthew | Development and homeostasis of the skeleton |
| Watnick, Paula | Genetics of bacterial adhesion and pathogenesis |
| Wei, Wenyi | Cell cycle, Ubiquitination and protein degradation, cancer research |
| Weinstock, David | Cancer genetics and DNA repair |
| Weitz, Charles | Molecular Biology of Mammalian Circadian Clocks |
| Wessels, Michael | Molecular pathogenesis of streptococcal infection |
| Wessling-Resnick, Marianne | Regulation of the Cellular uptake of Macromolecular Nutrients |
| Whelan, Sean | Transcriptional Regulation of Viral and Mammalian Genes |
| Whetstine, Johnathan | Impact of Epigenetics on Cellular Homeostasis |
| White, Kristin | Genetic control of apoptosis in Drosophila |
| White, Morris | Molecular and Cellular Mechanisms of Insulin Action |
| Whitman, Malcolm | Signal Transduction During Early Development |
| Williams, David | Biology of hematopoietic stem cells |
| Winston, Fred | Gene Expression in Yeast |
| Wirth, Dyann | Molecular Biology of Parasites |
| Wolfe, Michael | Biochemistry and biology of neurodegenerative diseases |
| Wong, Wesley | Single-molecule Biophysics and Force Spectroscopy |
| Wu, Ting (C.-ting) | Genetics, epigenetics, gene regulation, evolution, disease |
| Wucherpfennig, Kai | Molecular mechanisms of T cell activation |
| Xavier, Ramnik | Signaling networks in immunity, Functional analysis of genetic variants associated with autoimmune disease. |
| Yan, Catherine | Stem cells, Cancer, and Hematological Disorders |
| Yang, Priscilla | Chemistry and biology of Host-virus interactions |
| Yankner, Bruce | The Neurobiology of Alzheimer's disease and related neurodegenerative disorders |
| Yuan, Junying | Mechanisms of Programmed Cell Death |
| Yusufzai, Timur | Chromatin and DNA Dynamics |
| Zetter, Bruce | Mechanisms of Tumor Metastasis |
| Zhao, Jean | Kinase signaling in cancer |
| Zhou, Jing | Centrosomes, Cilia, Cysts and Diseases |
| Zhou, Qiao | Adult mammalian regeneration |
| Zon, Leonard | Developmental Biology of Hematopoiesis |
| Zou, Lee | DNA damage responses and genomic stability |