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lizards, to mice, and humans. Importantly, they investigate how stem cell dysfunction contributes to aging and muscular dystrophy, hoping to translate their basic science discoveries into therapies
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lizards, to mice, and humans. Importantly, they investigate how stem cell dysfunction contributes to aging and muscular dystrophy, hoping to translate their basic science discoveries into therapies
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of Los Angeles, California, USA. The Qu group studies lung diseases, particularly lung cancer, the number one killer of cancer patients. Using mouse and human co-clinical models and state-of-the-art
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The University of Southern California Department of Neurosurgery is seeking a postdoctoral researcher to play a major role in key research areas in human translational research in neuro-oncology
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at the intersection of human medical and population genetics. In particular, we have a strong interest in using genomic data to understand the evolution and architecture of complex traits and the history of diverse
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genetically modified mice and human induced pluripotent stem cells (iPSCs)/brain organoids to model neurological and craniofacial disorders followed by mechanistic studies. We aim using the mechanistic studies
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disease development in humans. The successful candidate will be a recent Ph.D. graduate in computational biology, systems biology, computer sciences, bioinformatics, or related disciplines, with
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important, life-changing decisions. Our in-depth research and analysis are deepening the understanding of human behavior in a wide range of economic and social contexts. Essential Duties • Plan and design
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in LRRK2 degradation and test their role in LRRK2-mediated neurotoxicity using cell and molecular biology, transcriptomics and immunostaining of human brain tissue, and collaborative work studying
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Postdoctoral research position at USC in Human Medical Population Genetics Salary Range: starting at $68,000 -$70,000 or commensurate with experience. When extending an offer of employment