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Field
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Physiology Department at Stanford University studies how intracellular signaling networks are organized and remodeled downstream of GPCRs, the largest family of membrane receptors, which mediate most
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systems (proteins, enzymes, membranes, and complexes) Integrate AI/ML approaches with physics-based simulations to accelerate discovery and improve predictive fidelity Contribute to cross-scale modeling
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interdisciplinary research focused on: (1) Elucidating the molecular mechanisms by which distinct phagophore membrane structures regulate protein function during autophagy (Ye et al., Nature Communications, 2021
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 2 months ago
high impact drug discovery efforts targeting therapeutically important biomolecules including G-protein-coupled receptors (GPCRs), membrane embedded proteases and RNA. Minimum Education and Experience
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
assays, transcriptomics, and proteomics to study the fundamental mechanisms whereby integrins and their ligands, basement membrane components collagen IV and laminin, regulate epithelial cell behavior in
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membrane, synaptosomes, and other compartments relevant to mechanistic studies. Integrate multi‑modal datasets to investigate molecular pathways including neuroinflammatory cascades, mitochondrial
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, physiology, molecular biology, or related field. Experience in electrophysiology, structural biology, or membrane protein biochemistry is desirable but not necessary. More important is a flair for independent
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
G-protein-coupled receptors (GPCRs), membrane-embedded proteases, RNA-binding proteins and RNA. In collaboration with world-leading experimentalists in pharmacology, structural biology, biochemistry
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candidate will drive one of two major projects in the laboratory: 1) understanding how altered plasma membrane excitability contributes to muscle atrophy and the loss of motor units in aging and
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
cells, membrane vesicle systems) to (1) predict the hepatic disposition of drugs and metabolites in vivo, (2) predict the impact of disease-mediated alterations in transport function on hepatocellular