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candidate will contribute to ongoing efforts to understand and therapeutically target this regulatory protein by: Generating loss-of-function human induced pluripotent stem cell (hiPSC)-derived 2D and 3D
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laboratory (http://www.garglab.org ) uses approaches from genomics, molecular biology, systems biology, and data science to understand cellular heterogeneity. We want to understand how cell systems with
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California State University Channel Islands | Camarillo, California | United States | about 7 hours ago
: Applicants must have at least 5 years of experience in stem cell sciences and be conversant with stem cell culture and lab techniques. Applicants should demonstrate the commitment to effectively work with and
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cell division counting in mice and humans to investigate the differentiation of individual stem and progenitor cells. In the longer term, our results will improve understanding of healthy hematopoieisis
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Albert Einstein College of Medicine (Bronx, NY) | New York City, New York | United States | about 1 month ago
investigating how environmental exposures and inflammation drive hematopoietic stem cell dysfunction, clonal hematopoiesis, and the development of blood and prostate cancers. Our research bridges basic
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and operating this program—at the intersection of stem cell engineering, functional genomics, and synthetic biology—requires someone who is as excited by the science as they are by the challenge
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encephalitis, and related neurological disorders. The project combines human induced pluripotent stem cell (hiPSC) technology, brain organoids, genome engineering, advanced imaging, systems immunology, and high
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Computational Biology, System Biology, Computer Science or related field · Prior experience with brain cancer disease models · Experience with stem cell biology and relevant assays (flow
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administration. Project description: Recent advances in stem-cell engineering, functional imaging and spatial molecular profiling provide new opportunities to study human tissues at cellular resolution. However
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alterations that promote tumor initiation and progression. Building on these studies, we have expanded our research to explore the roles ofmetabolism and autophagy in embryonic and cancer stem cell biology