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the role of membrane dynamics and lipid environments in modulating signaling scaffolds. We investigate how membrane-remodeling complexes and specific lipid compositions influence the spatial organization
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an integrative structural biology approach to understand how macromolecular structure and dynamics control function in systems relevant to infectious disease. We combine: Solution NMR spectroscopy (structure
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publications can be found here: https://pubmed.ncbi.nlm.nih.gov/?term=shellman+y&sort=pubdate&size=50 Key Responsibilities: Conduct tissue culture, molecular and cell biological experiments Perform microscopy
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) for downstream mass spectrometry analysis. o 2-photon imaging of cerebrovasculature in vivo to study vascular dynamics during neuroinfectious events. o Investigate the underlying mechanisms mediating chronic
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on the structural dynamics of molecular machines. This is an exciting opportunity to help shape the scientific direction of a growing lab at the interface of structural biology, biophysics, and virology, while
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other. Our research team is one of the most dynamic, interdisciplinary, and fastest growing bioethics research groups in the United States. Our full-time research faculty are each leaders in
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Scientific Writing, and a Software Engineering Team that can provide invaluable feedback to improve the quality of your code and your programming skills. The Gao Lab at DBMI provides a dynamic and innovative