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tools applied to high throughput gene editing and other multiomic technologies. These are applied to vascular and animal models of human congenital heart and vascular diseases. The project encompasses
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cardiomyopathies using patient and CRISPR-engineered human iPSC models and high throughput physiological recording to achieve our goal of developing mechanism-based therapeutics. Projects involve large scale
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access to the kind of intensive tutoring that could improve their learning trajectories. NSSA is devoted to learning about how to provide this relationship-based, personalized instruction across contexts
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of gene-environment/toxicant interaction include the integration of large-scale human genome-wide association (GWAS) with bulk and single-cell (e.g. scRNA-seq and scATAC-seq) sequening, optimization of in
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the social sciences, humanities, law, computer science and engineering. About the Digital Civil Society Lab Digital technologies are transforming civil society and democracy. Our dependencies on digital
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. The project is to facilitate disease modeling and drug discovery using patient and CRISPR-engineered human induced pluripotent stem cell (hiPSC) models in combination with high throughput functional genomics
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gene assessment and for broadening the type of queries analyzed, and if new types of information (mouse gene knockout or human GWAS databases) can be incorporated into the pipeline used for candidate
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The School of Humanities and Sciences (H&S) is the foundation of a liberal arts education at Stanford. The school encompasses 23 departments and 25 interdisciplinary programs. H&S is home to
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research on epithelial metabolic dysregulation in chronic intestinal inflammation and inflammatory bowel disease. The Rosen Lab’s translational research program applies observations from human studies
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need for human labor. In addition to the priority projects, the postdoctoral associate will have the opportunity to work with other researchers at Stanford. High-level topic areas include: the effects