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computational design tools to engineer novel membrane proteins, then validate these designs experimentally, with the goal of integrating them into functional devices at the biology–electronics interface. Research
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computational design tools to engineer novel membrane proteins, then validate these designs experimentally, with the goal of integrating them into functional devices at the biology–electronics interface. Research
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opportunity to investigate the structural mechanisms that regulate protein kinase function, combining state-of-the-art cryo-electron microscopy, protein biochemistry, and molecular biology within a highly
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may facilitate eligibility for certain competitive funding opportunities. Relevant experience (e.g., molecular biology, cellular physiology, neuroscience, animal behavior, computational methods, etc
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nanopores. These methods will open the door to engineering sophisticated functionalities into synthetic membrane proteins - including selective transport, sensing, and signal transduction. Research
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nanopores. These methods will open the door to engineering sophisticated functionalities into synthetic membrane proteins - including selective transport, sensing, and signal transduction. Research
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fundamental research and real-world impact through industry partnerships, technology transfer, and the creation of innovative biotech ventures. Our discoveries contribute to new diagnostics, therapies
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Willingness to combine wet-lab experimental work and computational analysis Basic knowledge of statistics and/or programming (R, Python, or similar) Strong motivation to learn new techniques across
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Willingness to combine wet-lab experimental work and computational analysis Basic knowledge of statistics and/or programming (R, Python, or similar) Strong motivation to learn new techniques across