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. This position will contribute to mechanistic studies integrating electrophysiology, molecular biology, and advanced cellular models to advance translational cardiovascular science. Responsibilities
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on mechanisms of radiation response, resistance, and toxicity in head and neck cancer. This position offers an exceptional opportunity to conduct mechanistically driven, translational research at the interface
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invites applications for a Postdoctoral Scholar to conduct research in human induced pluripotent stem cell (iPSC) modeling and genome editing technologies to investigate genetic and epigenetic mechanisms
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AML using CDX, PDX, and genetically engineered mouse models (GEMMs) Perform in vivo imaging, tissue harvesting, flow cytometry and molecular analyses Maintain detailed experimental records and rigorous
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, and systems-level approaches with advanced model systems—including organoids and in vivo disease models—to investigate mechanisms regulating epithelial homeostasis, host–pathogen interactions, immune
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/evidence, reproducible AI-in-the-loop pipelines, or evaluation/verification of model-generated outputs) is preferred. The initial appointment is funded for one-year from the date of hire with a possibility
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, health monitoring, and preventive medicine for laboratory animal species Support biomedical research by advising investigators on animal model use and welfare considerations Train research staff and
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—biochemistry, biophysics, omics, and transgenic mouse models—to deepen our understanding of calcium signaling under both physiological and pathological conditions, including fibrosis and cancer progression. Our
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Professor John Harlim and his collaborators, Yan Li in the Electrical Engineering department, and Daning Huang in the Aerospace Engineering department in the area of Scientific Machine Learning. The project
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a model system, research in the Stahley Lab focuses on understanding the cell-cell interactions that establish collective cell polarity. The successful applicant will be expected to employ cell and