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. Human Sensory Neurons: Utilize primary human sensory neurons to study specific ion channel function. Data Analysis: Analyze large datasets from electrophysiology, imaging, and molecular experiments using
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The Department of Molecular Microbiology at Washington University in St. Louis School of Medicine is recruiting several faculty at the Assistant Professor level. We are particularly interested in
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on large-scale sequencing data or murine models. Primary cells will be incorporated into a commercial ToC model (idenTx3), stained with apoptosis and cell death dyes, and imaged using a live-imaging
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, instrumentation, metrology) and multidisciplinary approach (medicine, biology, pharmacy). This PhD involves significant laboratory-based measurements in molecular imaging, including work with laboratory animals
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heart development. This role offers the chance to lead transformative investigations into the molecular biology of human cardiac progenitors and the determinants of cardiac cell fate, with direct impact
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The AITHYRA-CeMM Joint International PhD Call in Molecular Medicine and Artificial Intelligence (m/f
, virology, high-throughput genetics, genomics and proteomics, molecular and cell biology, high content automatic imaging, chemical biology, and organic chemical synthesis. The program Our goal is to enable
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Ideal applicants will be employing molecular, cellular, neurobiological, imaging, genetic, and/or clinical approaches to the study of neurodegenerative disease with an emphasis on translational
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bring strong expertise in in vivo animal models, confocal microscopy, IVIS imaging, cell culture systems, organoids, tissue slice preparations, and cutting-edge biochemical and molecular techniques. Key
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on radionuclide imaging and therapy of cancer (radiotheranostics), multi-modal molecular imaging and nanotheranostics (various forms of nanoformulas). More information on the research work is available at https
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on biomedical imaging and neural engineering. Areas of interest include (but are not limited to): Biomedical Imaging: advanced MRI methods, functional and structural neuroimaging, optical imaging, molecular and