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translation. The successful candidate will lead innovative projects integrating peptide chemistry, structural immunology, cancer biology, and translational immunotherapy. This position offers the opportunity
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subdisciplines of the life sciences—including cell and molecular biology, genetics, biophysics and physiology, anatomical structure, histology, neuroscience, and imaging—to solve complex health problems from a
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subdisciplines of the life sciences—including cell and molecular biology, genetics, biophysics and physiology, anatomical structure, histology, neuroscience, and imaging—to solve complex health problems from a
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glycosylation on the function and differentiation of T cells in acute and chronic infections and 4) immunological aging with an emphasis on understanding maintenance T cell quiescence. See https://medicine.iu.edu
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bodies of literature, evaluate competing methodologies and frameworks, and contribute to the construction of a coherent interdisciplinary analysis of insects, human systems, environmental change, and the
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glycosylation on the function and differentiation of T cells in acute and chronic infections and 4) immunological aging with an emphasis on understanding maintenance T cell quiescence. See https://medicine.iu.edu
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scientific readings. Knowledge of laboratory techniques, and protocols. Knowledge of laboratory practices and ability to train new hires; notebook maintenance, and specific assay protocols. Successful