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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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. 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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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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). This project is centered on the study of ceramide-directed therapeutics for AML treatment. The position provides extensive training in preclinical cancer research, with a strong focus on mouse models
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of radiation biology, tumor immunology, and clinical radiation oncology. The postdoctoral fellow will lead and contribute to preclinical and translational studies using in vitro systems and in vivo models
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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