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also involve the development and implementation of targeted and higher-throughput drug-discovery screening approaches, including assay optimization, compound testing, quantitative imaging, and validation
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molecular approaches, genetically modified animal models, advanced confocal imaging, flow cytometry, innovative culture models such as organoids, and working with clinical samples. The main responsibility
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isolated cardiomyocytes Knowledge of cardiac electrophysiology and arrhythmia mechanisms Experience with calcium imaging, optical mapping, or cardiac physiology techniques Familiarity with molecular biology
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is desirable, including protein interaction data, structural data, imaging data, molecular dynamics outputs, omics data, cellular organization data, or biological network data. Candidates must be
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and electromechanical systems, and lead laboratory experiments and prototype validation activities. The role also includes supporting experimental investigations under both controlled and real-world
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their metabolism through enzyme complexes and their interaction with cellular organelles. We combine mass spectrometry imaging, biochemistry, structural biology, and cell biology to examine metabolism in single
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. JOB DESCRIPTION AND POSITION REQUIREMENTS: Postdoctoral Position working on single molecule imaging and gene regulation One Postdoctoral Position is available in the lab of Dr. Manyu Du
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research infrastructure across genomics, proteomics, imaging, and bioinformatics. How to Apply Please submit a Cover letter and CV in a single PDF Cover letter (maximum 2 pages) describing your research
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models Strong quantitative, imaging, or computational analysis skills BACKGROUND CHECKS/CLEARANCES Employment with the University will require successful completion of background check(s) in accordance
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cardiac dysfunction during heart failure. Our research spans from human to animal studies, employing novel imaging and electrophysiologic techniques such as flow cytometry, vesicular analysis, and