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agricultural landscapes. The goals of the project are to quantify change over time and also identify important processes relevant process-based modeling of dynamic soil properties. The postdoctoral researcher
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modalities including immune checkpoint blockade, cytokine-based immune modulation, and engineered cellular therapies such as CAR-T platforms. The scholar will contribute to the development and refinement
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related field Desired Experience: 3 years of prior research experience on multiscale modeling, hybrid modeling, and model-based control or related fields. Additional Information: Location: CBEC (0248
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. Analyze data and prepare presentations, reports, and manuscripts for publication. Ensure compliance with university biosafety, chemical safety, and computational security regulations, including Select Agent
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efforts will extend to therapeutic modalities including immune checkpoint blockade, cytokine-based immune modulation, and engineered cellular therapies such as CAR-T platforms. The scholar will contribute
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assist our interdisciplinary team translate science to practice and create evidence-based Extension programming on regenerative agricultural practices for the Midwest Corn Belt. The main responsibilities
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for safer and more effective cancer treatment. These will include the use of biochemistry, cell biology, immunology, molecular biology, proteomics, animal modeling and mouse genetics, translational medicine
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The Schumacher research group invites applications for a Post Doctoral Scholar position that will be based at OSU. The group is involved in several experimental and computational projects, including ultra-intense
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inflammatory signaling to brain–vascular pathology, using integrated in vitro and in vivo models. Responsibilities · Study interactions between endothelial dysfunction, mitochondrial stress, and
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of microvascular endothelial dysfunction in heart failure, sepsis, and related inflammatory conditions. Utilize in vitro and in vivo models, including mouse models of sepsis (e.g., CLP, LPS), ischemia–reperfusion