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medically relevant membrane receptor proteins. You will leverage modern protein purification techniques, structural techniques such as cryoEM and X-ray crystallography, computational modeling, and CRISPR/Cas9
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may include spatial multiplex immunofluorescence, single cell transcriptomics, high-throughput drug screening assays, CRISPR-based approaches, in vitro tumor models, and biomedical data analysis
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to the causes and treatments of severe neuropsychiatric disorders and to serving as a model of exemplary mental health care for students and society. Overview of the Position: We are seeking multiple highly
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, addiction medicine, psychiatry, and/or HIV. Experience with longitudinal and repeated measures analysis, difference-in-differences designs, or group-based trajectory modeling. Experience with negative control
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be hired and paid by Yale, but will be expected to relocate to Columbia, SC for the duration of the position. The key aim of the project is to rethink and expand the range of institutional models we
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orthopedic surgery · Biomedical data science and modeling relevant to MSK health · Image analysis and computer vision for orthopedic imaging · Clinical informatics and outcomes research in
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in vitro models and techniques, including tissue and cell culture, transfections, Western blot analysis, ELISA, RT-qPCR, and extracellular vesicle isolation. Education: This training will provide
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to develop expertise in: Design and application of novel CRISPR tools, implementation in cell and tissue contexts, genome wide screening Innate immunology, flow cytometry, mouse models Reproducible research
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next generation sequencing strategies and patient-derived models to study the biology of kidney cancer. Dr. David Braun is an internationally recognized physician-scientist whose research has helped
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repair and fibrosis following uterine trauma, ultimately leading to infertility and reproductive failure. We collect and study tissues from patients and use transgenic mouse models to pursue