47 molecular-modeling-or-molecular-dynamic-simulation Postdoctoral positions at Baylor College of Medicine
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to enable circuit repair. To achieve this mission, the lab leverages integrative cellular and molecular neuroscience technologies to uncover molecules that tune neural outcomes. For this position, the lab is
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the molecular mechanisms driving therapy resistance in human cancers. The research project focuses on understanding the molecular mechanisms by which MAPK4 and/or COP1 regulate cancer progression and therapy
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The Yong Li Laboratory at Baylor College of Medicine is searching for highly motivated and talented postdoc candidates to work on Cancer Biology and Therapy. The positions will apply molecular, cellular
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Fellows. Successful candidates will be recent PhD graduates with high levels of energy and curiosity, and who are interested in making fundamental discoveries in understanding the molecular biology of brain
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of the lab is to identify the novel molecular signaling pathways and regulation in glial cell development and associated disorders using molecular, cellular, physiological, and neurobehavioral approaches. Job
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Job Description Apply now Job Title: Postdoctoral Associate Division: Molecular Virology and Microbiology Work Arrangement: Hybrid Location: Houston, TX Salary Range: Hiring up to $72,960 FLSA
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projects focused on studying the molecular mechanisms of arrhythmias with emphasis on conduction system diseases. To identify these pathways, the postdoctoral fellow will use mouse models for different
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epigenomics, metabolomics, single-cell technique, bioinformatics, genetic animal models, molecular and cellular biology, metabolic tracing, sophisticated virus tools, neurobehavior, opto/chemogenetics, in vivo
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cancer models. Designs and executes experiments using high-throughput sequencing and molecular biology techniques. Collaborates actively with lab members, bioinformaticians, and clinical teams
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with animal models. The candidate is expected to develop a highly innovative and effective treatment for these retinopathy by targeting its multiple underlying causes including cellular metabolism