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seeking a highly motivated Postdoctoral student with experience in molecular biology, biochemistry (preferably of membrane proteins) and quantitative biophysical and/or computational approaches to examine
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biocompatible sensing platform development, electron transfer and spin states in metalloproteins, and nanoscale dynamics in biological membranes. There is substantial scope to shape a specific project around the
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and characterizing new materials and membranes for critical minerals separations. The ideal candidate will have expertise in membrane development and electrochemical processes. This position will be
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University School of Medicine. We are seeking a highly motivated and independent scientist to investigate the molecular mechanisms of membrane transport proteins and ion channels essential to human health
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-generation diamond membrane quantum sensors to enable precision electromagnetic field mapping in HEP experiments. This position bridges detector R&D, materials science, and quantum information science
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months. The project involves the synthesis of molecular machines capable of interfacing with lipid bilayer membranes, including mechanically interlocked molecules and shuttles; and systems with
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viral vectors, transfections, neutralization, western blotting, molecular cloning, ligand-binding, fluorescent imaging, structural characterization of membrane-bound or soluble viral proteins, preparation
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scientist to make discoveries in projects at the interface of structural biology, membrane biophysics, and cell adhesion signaling, with emphasis on how receptors and adhesion complexes are regulated by lipid
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A full-time postdoctoral position is available in the Membrane Enzymology research group at the Groningen Biomolecular Sciences and Biotechnology Institute (GBB), Faculty of Science and Engineering
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applicant has a strong background in computational biophysics, as well as data analysis and solid English-language skills. Previous experience in modeling G protein-coupled receptors or membrane proteins is