11 molecular-dynamics-simulation Postdoctoral positions at University of Texas at Dallas
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peptide chemistry, peptide engineering, and molecular display/selection technologies, and activity screening assays. Established Background – Organic/Bioorganic/Peptide Chemistry Area B: Research Focus
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programming. Expertise in power electronics simulation software including Matlab, PSIM, PLECS and PSCAD. Power electronics hardware design, PCB design and testing for varied power levels. Minimum Education and
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. The research involves the use of RNA sequencing, proteomic, and multiomic approaches to investigate the molecular composition of human dorsal root ganglion and spinal cord cells. This position is jointly funded
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Desired Start Date 01/20/2026 Job Summary The Flow Dynamics and Turbulence (FDT) Laboratory, within the Department of Mechanical Engineering at the University of Texas at Dallas, invites applications for a
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is hiring a Postdoctoral Research Associate! We are seeking a highly motivated scientist to join our NIH-funded research team studying the molecular mechanisms that drive epilepsy. Our lab, part of
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– involve peptide chemistry, peptide engineering, and molecular display/selection technologies, and activity screening assays. Established Background – Organic/Bioorganic/Peptide Chemistry Area B: Research
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, Biomedical Engineering, Pharmaceutical Sciences, Chemistry, or a closely related field. - Experience in protein/antibody engineering, molecular biology, biochemical or cell-based assay development, cell
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have experience in routine molecular biology techniques like Western blotting, PCR, immunohistochemistry and/or microscopy. Experience with electrophysiology or live-cell imaging techniques like calcium
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– involve peptide chemistry, peptide engineering, and molecular display/selection technologies, and activity screening assays. Established Background – Organic/Bioorganic/Peptide Chemistry Area B: Research
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work with human DRG tissue to: Advance our understanding of the basic molecular regulation of human nociceptors, Identify broadly applicable targets for specific manipulation of nociceptor function, and