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with host epithelium and epithelial-immune cell interactions in homeostatic and disease regulation of the gut barrier. We also translate our studies to human disease by studying how intestinal barrier
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The Human Motor Control and Neuromodulation Lab is part of the Stanford Movement Disorders Center within the Department of Neurology and Neurological Sciences at Stanford University School
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human cell lines; analyzing and evaluating data/research; disseminating research results; writing of research manuscripts, proposals/grants; and selecting companies as sources of cutting-edge reagents and
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hematology lab studying hematological malignancies. The incumbent will work with a variety of human blood and bone marrow samples and established human cell lines to study the onset, progression, and treatment
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significant experience with optic nerve regeneration research studies and attributable publications demonstrating their experience. Experience in transdifferentiating human embryonic stem cells
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collection. Our lab emphasizes deploying novel strategies to evaluate the impacts of environmental change on human health, in order to better design and test interventions to mitigate the harmful impacts
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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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this population. Our research is supported by the Wu Tsai Human Performance Alliance. We are looking for a passionate and driven individual to join our team and spearhead projects to advance our understanding
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molecular biology. Cindy Y. Okitsu, M.S. is a research technician II with 40 years of experience in molecular biology. The Lieber lab is focused on understanding DNA damage and DNA repair in humans as these
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University of Southern California (USC) | Los Angeles, California | United States | about 1 month ago
biological phenomenon at the molecular, cellular, and organ level in various vertebrate species, ranging the evolutionary continuum from lizards, to mice, and humans. Importantly, they investigate how stem