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Field
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optical technologies to study mechanisms of cell surface signaling, cancer neuroscience, and protein engineering, integrating molecular biology, cell biology, and systems neuroscience approaches. To support
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biophysics lab aiming to understand how fluid flows and mechanical properties emerge from the collective activity of molecular assemblies in living cells. We also investigate the biophysical mechanisms by
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) - Perform single-cell and spatial multi-omics analyses at scale - Integrate genetics with longitudinal transcriptome, clinical, biosensor, trajectories - Contribute to discovery of disease mechanisms and
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specific clinical presentations. You will use cutting-edge technologies, including functional studies on neuronal and muscle stem cells and human organoids. RNA sequencing and other omics technologies will
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collaborative teams, bridging the gap between cell biology, genomics and pathogenesis. With your expertise in cell biology (cell culture of human primary cells), you will characterize the mechanisms of host
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We are seeking to appoint a well-trained, enthusiastic and self-motivated scientist to join our team to investigate the mechanisms underlying the function of non-canonical RNA/DNA structures (R
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Postdoctoral Associate: Neurodegeneration – Hu Lab, Weill Institute (Research & Innovation) Postdoctoral Associate, Neurodegeneration – Hu Lab, Weill Institute The Weill Institute for Cell and
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conduct research on: Repurposing end-of-first-life electric bus and IMC batteries as second-life stationary and mobile energy storage systems with focus on battery degradation and cell-to-cell variations
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remodel their internal structures to drive tissue growth, function, and regeneration. We focus particularly on the mechanisms underlying cell-cell fusion, using skeletal muscle as a primary model system
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with the mediator solution while maintaining mechanical stability, and characterize the thermal and chemical stability of components and formulations. You will apply in-situ diagnostics, in particular in