Learn more about our faculty members’ research activities:
- Amarasinghe lab: Pathogen recognition and immune evasion mechanisms
- Artyomov lab: Immunometabolism, cancer immunology and aging
- Brestoff lab: Immune cell regulation of metabolism and mitochondria biology
- Burnham lab: Antimicrobial resistance
- Cella lab: Innate immune cell response to infection
- Choi lab: Regulation of cell lineage differentiation
- Colonna lab: Innate immunity in neurodegeneration and autoimmunity
- Corbo lab: Neurobiology and genomics of vision and cognition
- Dantas lab: Genomics, ecology, synthetic/systems biology of microbial communities
- Eby lab: Genetic contribution to variability of warfarin dosing
- Edelson lab: Innate immunity during autoimmune disease and microbial pathogenesis
- Egawa lab: Lymphocyte gene regulatory networks
- Ellebedy lab: B-cell response in viral infection and vaccination
- Fremont lab: Host-mediated immunity
- Gordon lab: Gut microbiome in malnutrition and obesity
- Grossman lab: Blood transfusion, blood management, apheresis
- Klechevsky lab: Dendritic cell response and immunity
- Liu Lab: Interactions of autophagy, mucosal innate immunity in GI system
- Mosammaparast lab: DNA repair mechanisms and signaling in cancer
- Murphy Lab: Dendritic cells control adaptive immunity
- Payton lab: Genomics and epigenetics of hematopoietic cells in cancer
- Perrin lab: Biomarkers of neurodegenerative diseases
- Randolph lab: Lymphatic vasculature in immunity
- Schreiber lab: Cytokine receptor signaling and cancer immunotherapy
- Swamidass lab: Machine learning and decision theory in drug metabolism/discovery
- Teitelbaum lab: Bone metabolism, obesity and osteoporosis
- Unanue lab: Antigen selection, recognition and processing
- Van Dyken lab: Immune system integration
- Virgin lab: Viral infection and immunity
- Wang lab: Pathogen discovery and infectious disease genomics
- Watson lab: Molecular diagnostics and cancer genomics