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. Postdoctoral Fellow Position: Ion Channel Biogenesis and Quality Control Summary: The Pleiner Lab at Stanford University is seeking a highly motivated postdoctoral fellow to investigate the molecular mechanisms
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of Membrane Excitability Disease (CIMED) studies the mechanisms of Transient Receptor Potential (TRP) and LRRC8a/ SWELL1 ion channel regulation and signal transduction. The laboratory uses
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neuroscience and ion-channel physiology and ion-channel engineering. Linköping University is one of Sweden’s six large universities, currently enrolling 46,200 students. Sweden offers you world
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comprehensive structural and functional studies of ion channels. Our goal is to uncover fundamental mechanistic insights that advance our understanding of ion channel function in health and disease and
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: Advance your research career while exploring the molecular mechanisms that connect ion-channel function, cellular signaling, and cancer cell plasticity. The Kaoud Laboratory in the Department of
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Universitat Politècnica de Catalunya (UPC)- BarcelonaTECH | Barcelona, Cataluna | Spain | about 9 hours ago
necessary for simulation models. Implement stochastic process techniques for the development of ion channel simulation schemes. Run the numerical simulations. Collaborate in the analysis and
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. The projects will address the role of a particular ion channel in human cardiometabolic physiology, with an emphasis on blood glucose control. Your project-related tasks may include: Analysis of large
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automated analyses of high-content imaging data; histology analyses; immunocytochemistry; immunohistochemistry. Ion channel biology and voltage-clamp electrophysiology Surgical and/or genetic mouse
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clamp Experience with sterile cell culture Strong experience with Excel, Word, Endnote, Snapgene, Prism, Bridges-2 and Anton-3, Chimera or Pymol, R script, SQL, Python Experience with ion channel biology
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in which neuron-derived neuroligin-3 engages CSPG4, increases membrane tension, and activates the mechanosensitive ion channel PIEZO1, thereby promoting glioma proliferation. The successful candidate