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becomes disrupted. This PhD project will investigate how endothelial cells, which line the inside of blood vessels and sense blood flow, communicate with vascular smooth muscle cells, which provide
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Location ST. LOUIS, MO 63110 Position Summary Our laboratory in the Department of Developmental Biology studies the molecular mechanisms that regulate skeletal muscle function in health and disease
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lab at the Technion and investigate new therapeutic strategies for skeletal muscle disorders. Our research connects AI-guided drug discovery with experimental biology , using patient-derived muscle
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communication (Liver-Muscle-Bone) as a mediator of cachexia and mechanisms underlying muscle weakness during cancer survivorship. These studies are funded by multiple sources, including NIH / NCI and
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Boston University Chobanian & Avedisian School of Medicine | Boston, Massachusetts | United States | 21 days ago
the Research Assistant Professor level, with an annual salary range of $85,000–$100,000. We seek an accomplished research scientist with an interest in the structural underpinnings of muscle
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the Movement Neuroscience Lab investigating neuromodulation for pain and muscle function in orthopedic conditions. The lab studies arthrogenic muscle inhibition, treating pain and muscle weakness as
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molecular and cellular mechanisms underlying cancer cachexia, skeletal muscle wasting, and cancer-associated metabolic dysfunction. The successful candidate will participate in innovative basic and
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Location ST. LOUIS, MO 63110 Scheduled Hours 40 Position Summary Our laboratory in the Department of Developmental Biology studies the molecular mechanisms that regulate skeletal muscle function in
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neuromodulation for pain and muscle function in orthopedic conditions. The lab studies arthrogenic muscle inhibition, treating pain and muscle weakness as co-occurring features that share nervous system pathways
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understanding how cells remodel their internal structures to drive tissue growth, function, and regeneration. We focus particularly on the mechanisms underlying cell-cell fusion, using skeletal muscle