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Longevity and healthspan research using mitochondrial biology
Inter-neuron communication in reward pathways and neurodegeneration
Studying metabolic physiology using blind Mexican cavefish
OMRF is among the nation's oldest, most respected independent nonprofit biomedical research institutes
Studying the mechanisms behind lymphatic and valvular endothelial cell development and maintenance.
My lab is interested in how chromosomes are duplicated and packaged during cellular division.
Studying the molecular biological mechanisms behind Alzheimer's disease
Studying how E proteins determine innate lymphoid cell generation in the thymus
Studying immunotherapy and metabolism of innate-like T cells in inflammatory diseases.
My research is designed to understand how molecules drive ovarian cancer growth and metastasis.
My lab is interested in understanding how biological sex contributes to Alzheimer’s disease.
Studying the maintenance and development of blood vessels to develop therapeutic targets.
Understanding the mechanisms of why muscles lose mass and strength in the aging process
Understanding the genetic and environmental risk factors of sarcoidosis through molecular genetics.
Transforming growth factor-β1 (TGF-β1) and disease
Examining the role of sex hormones in driving and treating chronic disease
My laboratory focuses on understanding the development and progression of human autoimmune diseases.
Uncovering the cellular and molecular basis of Sjögren's Syndrome through immunologic approaches.
Studying the genetic basis of autoimmune disorders to identify biomarkers for therapeutic intervention
Dissecting the crosstalk between metabolic programs and lymphangiogenic signaling in vascular disease.
Understanding the mechanisms of heart disease development
Unraveling mechanisms of genome organization driving cellular variability in development and disease.
Aging, skeletal muscle biology and mitochondrial function
Researching the role of O-glycan sugars in vascular and lymphatic development in disease.
Mitochondrial dysfunction in neurodegenerative and neurodevelopmental disease.
Studying the genetic variations in autoimmune diseases, specifically focusing on Lupus.
Figuring out how non-genetic factors affect joints and the immune system epigenetically.
The focus of my group's research is getting a detailed molecular understanding for precision medicine.
Networking with scientists has never been easier. Find a lab that matches your research interests, and a mentor who will support your career goals.