You are here
Drosophila sensory neurons tile the larval body wall, Dr. Chun Han
Faculty
| First Name |
Last Name |
Research Title |
|---|---|---|
| David | Agard | Structure, Function, and Folding of Proteins, Chromosomes, and Centrosomes |
| Bassem | Al-Sady | Mechanisms of formation and fidelity of epigenetic elements |
| Steven | Altschuler | Systems biology and pharmacology |
| Raul | Andino | RNA Viruses, Replication, Pathogenesis and Control |
| Kaveh | Ashrafi | Metabolic Regulation of Neural Function |
| Roland | Bainton | The Biology of Chemical Protection |
| Allan | Balmain | Mouse Models for the Study of Human Cancer Susceptibility and Cancer Progression |
| Brian | Black | Cardiovascular Development |
| Robert | Blelloch | Stem Cell Differentiation and Cancer |
| Joseph | Bondy-Denomy | CRISPR-Cas Biology and Phage-Bacteria Interactions |
| Katja | Brückner | Hematopoiesis and cell signaling |
| Benoit | Bruneau | Transcriptional regulation of heart development |
| Fred | Chang | Regulation of Cell Size and Shape |
| Andy | Chang | Mechanisms of oxygen and metabolic sensing |
| Yifan | Cheng | Structural biology, cryoEM |
| Seemay | Chou | Structural and molecular basis of host-microbe interactions |
| Pao-Tien | Chuang | Hedgehog Signaling in Mammalian Embryogenesis and Postnatal Physiology |
| Bruce | Conklin | Signaling and Functional Genomics |
| Charles | Craik | Chemical Biology of Proteases and Their Receptors |
| Jason | Cyster | Lymphocyte Migration and Selection |
| Graeme | Davis | Synapse Formation, Growth and Plasticity |
| Markus | Delling | Primary cilia signaling during development and disease |
| Joseph | DeRisi | Genomics and Infectious Disease |
| Rik | Derynck | Cell Proliferation and Differentiation |
| Shawn | Douglas | DNA nanotechnology |
| Sophie | Dumont | Mechanical architecture of cell division |
| Robert | Edwards | Neurotransmitter Release |
| Hana | El-Samad | Systems Biology of Stress Responses |
| Joanne | Engel | Bacterial Pathogen-Host Cell Interactions |
| Pamela | England | Chemical Neurobiology: Ion Channel Structure-Function, Synaptic Plasticity |
| Robert | Fletterick | Nuclear receptors, transcription factors |
| Alan | Frankel | RNA-protein complexes |
| James | Fraser | Macromolecular structure and dynamics |
| Adam | Frost | Structural biology |
| Danica Galonić | Fujimori | Chromatin, Ribosome, Protein Quality Control |
| Jennifer | Fung | Chromosome Synapsis and Recombination Control During Meiosis |
| Zev | Gartner | Tissue structure and function |
| Luke | Gilbert | Functional genomics and synthetic biology applied to cancer biology |
| Andrei | Goga | Oncogene Signaling |
| Hani | Goodarzi | Cancer Systems Biology and Translational Genomics |
| Doug | Gould | Cell-matrix interactions and disease |
| John | Gross | Control of eukaryotic mRNA stability |
| Carol | Gross | Regulation of Gene Expression |
| Su | Guo | Zebrafish Genetics |
| Bo | Huang | protein complex; membrane receptor; microscopy |
| Guo | Huang | Organ development and regeneration |
| Holly | Ingraham | Transcriptional regulators in energy balance |
| Roshanak | Irannejad | Organelle-based signaling in cardiovascular biology |
| Yuh Nung | Jan | Constructing the nervous system |
| Lily | Jan | Ion channels |
| Alexander (Sandy) | Johnson | Yeast Genetics and Genomics |
| David | Julius | Molecular biology |
| Natalia | Jura | Structure Function Studies of Cellular Signaling |
| Martin | Kampmann | The protein homeostasis network in normal and disease states of human cells |
| Aimee | Kao | Lysosome biology and pH dynamics in aging and disease |
| Yuriy | Kirichok | Electrical Signaling at the Mitochondrion in Health and Disease |
| David | Kokel | High-throughput behavior-based neuroactive drug discovery |
| Thomas | Kornberg | Drosophila developmental genetics |
| Arnold | Kriegstein | Neocortical development |
| Nevan | Krogan | Systems Biology |
| Pui Yan | Kwok | Analysis of Complex Genetic Traits |
| Noelle | L'Etoile | Neuronal plasticity |
| Hao | Li | Computational Genomics |
| Joachim | Li | Regulation of Eukaryotic DNA Replication |
| Wendell | Lim | Cell signaling; systems and synthetic biology |
| Averil | Ma | Ubiquitination and cell signaling |
| Dengke | Ma | Genetic analysis of biological homeostasis and extremophile |
| Hiten | Madhani | Gene expression, genome defense, and pathogenesis |
| Wallace | Marshall | How Cells Count and Measure |
| Frank | McCormick | Ras genes and human cancer |
| Michael | McManus | RNAi and Noncoding RNAs |
| Takashi | Mikawa | Morphogenesis |
| Dan | Minor | Ion channel structure and chemical biology |
| David | Morgan | Protein Machines That Drive the Cell Cycle |
| Keith | Mostov | Epithelial polarity, morphogenesis and regeneration |
| Shaeri | Mukherjee | Host-pathogen interactions |
| Dyche | Mullins | Dynamics of Structure of the Cytoskeleton |
| Maxence | Nachury | Trafficking and signaling at the primary cilium |
| Geeta | Narlikar | Mechanisms of Regulating Chromatin Structure and Function |
| Suzanne | Noble | The Biology of Candida albicans |
| Todd | Nystul | Epithelial stem cells and cancer |
| Patrick | O'Farrell | Cell cycle control in development |
| Barbara | Panning | Stem Cell Epigenetics |
| Feroz | Papa | Protein misfolding diseases and new modes for therapy |
| Rushika | Perera | Reprogramming of cellular metabolic networks in cancer |
| Samuel | Pleasure | Control of Early Hippocampal Development |
| Louis | Ptacek | Human Neurogenetics |
| David | Raleigh | Developmental biology, lipid signaling and brain tumors |
| Jeremy | Reiter | Intercellular communication in development and disease |
| Oren | Rosenberg | Molecular pathogenesis of bacteria |
| John | Rubenstein | Forebrain Development |
| Davide | Ruggero | How translational control shapes the proteome in normal and cancer cells |
| Rich | Schneider | Developmental and Evolutionary Musculoskeletal Biology |
| Bjoern | Schwer | DNA repair and genome stability |
| Yin | Shen | Functional genomics and gene regulation |
| Dean | Sheppard | In vivo functions of integrins |
| Kevan | Shokat | Development of Novel Tools to Study Signal Transduction |
| Anita | Sil | Fungal Pathogenesis |
| Deepak | Srivastava | Molecular Mechanisms of Cardiogenesis |
| Robert | Stroud | Cellular Signaling and Molecular Mechanisms |
| Jack | Taunton | Actin/Membrane Dynamics and Chemical Proteomics |
| Thea | Tlsty | Communal-cell interactions in cancer, genetics, epigenetics |
| David | Toczyski | The DNA damage response and ubiquitin-mediated proteolysis |
| Peter | Turnbaugh | Impact of the human gut microbiome on pharmacology |
| Ron | Vale | Molecular Motors |
| Mark | von Zastrow | Linking Cell Signaling and Membrane Traffic |
| Peter | Walter | Mechanisms of Organelle Homeostasis |
| Rong | Wang | Molecular Regulation of Arterial-Venous Programming in Development and Disease |
| Leor | Weinberger | How viruses (and cells) make decisions |
| Orion | Weiner | Cell polarity and migration |
| Arthur | Weiss | Lymphocyte Signaling and Activation |
| Jonathan | Weissman | Protein folding, functional genomics |
| Jim | Wells | Apoptosis and Differentiation |
| Zena | Werb | Functional Genomics of Extracellular Proteolysis in Development and Cancer |
| Jeremy | Willsey | Genetic and Systems Biological Approaches to Understanding Neurodevelopmental Disorders |
| Torsten | Wittmann | Cytoskeleton dynamics and microscopy |
| Lani | Wu | Systems biology and pharmacology |
| Keith | Yamamoto | Signal Transduction and Transcriptional Regulation |
