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integration of observational constraints. Interest in or experience with the development of emulators of complex models is also valuable. The postdoctoral associate may also have the opportunity to work with
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integration of observational constraints. Interest in or experience with the development of emulators of complex models is also valuable. The postdoctoral associate may also have the opportunity to work with
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Investigator, the Postdoc(s) will be responsible for the design, analysis, interpretation and presentation of experiments regarding the study of molecular mechanisms of the regulation of synaptic transmission in
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-of-the-art epigenomics and single cell assays using mouse genetic or organoid models to investigate gene regulatory mechanisms related to intestinal health including diet, nutrition, inflammation, regeneration
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of epilepsy or seizure disorders using murine models and human patients. The Postdoctoral Associate will perform small animal surgeries, molecular, cellular and electrophysiological experiments with the goal
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Segment Care image labels; shape active-learning loops and QC. Productionize models with PyTorch, Docker/Kubernetes, and AWS/SageMaker Prepares manuscripts for publications. Ensure all members of the lab
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analysis, RNAscope and proximity ligation assays. Operates and maintains experimental equipment; assists in writing protocols for IRB and IACUC. Genotypes distinct knockin and knockout animal model systems
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encouraged. BSL-2 pathogens will be utilized. The successful applicant will be able to synthesize experimental data into conceptual models. The Kaelber lab is located in the Institute for Quantitative
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of Nutritional Sciences, Food Sciences, and the Institute for Food Nutrition and Health. Rutgers University provides an excellent career development and training environment for postdoc researchers. The campus is
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Associate will be responsible for the design, analysis, interpretation, and presentation of experiments regarding the study of the disease mechanisms of various brain disorders using murine models and iPSC