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are interested in understanding the evolution and genetic basis of human disease. For this purpose, we analyze genomic and phenotypic data that requires writing computer programs that can read and wrangle various
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warmth. Michigan Law has an exceptional and cooperative community of talented and interesting students, with 1000 in the J.D. and 40 in the LL.M. program. Our commitments to collegiality, to constructive
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from our combined teaching and research excellence in the humanities, sciences and social sciences across 29 departments, seven colleges and 46 interdisciplinary centres, institutes and programs. We can
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collegiality and warmth. Michigan Law has an exceptional and cooperative community of talented and interesting students, with 1000 in the J.D. and 40 in the LL.M. program. Our commitments to collegiality
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programs that can read and wrangle various data types (e.g. summary statistics from genome-wide association studies and next generation sequencing output), carry out statistical computation, and output
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this aberrant nerve activation. We employ a series of chronic telemetry-based approaches as well as acute electrophysiological preparations to evaluate the changes in nerve activity in parallel
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computational methods to partner with the Director of Michigan Drug Discovery in advancing drug discovery research at the University of Michigan (U-M). With its administrative home in the Life Sciences Institute
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | about 2 months ago
the logistical execution of events and programs, developing communication strategies, evaluating outcomes, and coordinating internal funding competitions. In parallel, the Advisor serves as a key resource on
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. The overarching goal is to bring instructional excellence in the field of strategic communication and journalism and to align with the unit’s and U of M system's MPact 2025 strategic plan that states it will
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. Among the methods used are high-throughput CRISPR screening, protein deep mutational scanning, massively parallel reporter assays, and genetic manipulation of cell lines and mice. The successful candidate