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are engaged in active research programs and are funded by a variety of organizations including the National Institutes of Health and the National Science Foundation. The team is looking for a self-motivated
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. The primary objective of this position is to elucidate how T cell-NK cell interactions, immune regulatory circuits, and cellular state transitions shape responsiveness to cancer immunotherapies. Research
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, with an emphasis on Acute Myeloid Leukemia (AML). The successful candidate will apply advanced computational and statistical approaches to integrate and analyze multi-omics and single-cell datasets in
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motivated individuals with a track record of success. Although experience in areas such as flow cytometry, immunohistochemistry, molecular biology, computational biology, and single-cell sequencing may be
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conditions. Responsibilities Plan, design, and execute experiments of considerable scope and complexity in cardiovascular and endothelial biology. Investigate mechanisms of microvascular endothelial
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/epigenetic changes occur during cancer evolution, caffeine treatment, and UV-induced DNA damage and lupus development. Our approaches include cell culture (primary cells and established cell lines), flow
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related inflammatory conditions. Responsibilities Plan, design, and execute experiments of considerable scope and complexity in cardiovascular and endothelial biology. Investigate mechanisms
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departments, 17 centers, programs and institutes, and 7 basic science departments with a focus on biomedical informatics, immunology, microbiology, cell physiology, and pharmacology. In 2023, research funding