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—to address critical sustainability and climate resilience challenges. Your primary focus will be on developing, refining, and deploying innovative genetic engineering tools for CRISPR-Cas9 delivery. Key
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the Divisions of Immunology and Rheumatology and Pain Medicine. The fellow will have access to a collaborative environment and institutional resources supporting career development in academic medicine, including
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art of mentoring and supervising burgeoning scholars. We value innovation, and our program provides an enabling environment for fellows to conceptualize, develop, and lead independent research
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research focuses on how RNA biology influences cell fate decisions, during during early neural development or during the epithelial-to-mesenchymal transition (EMT) in cancer. Our recent work reveals that
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Center on Early Childhood. (link is external) The program is designed to train fellows to conduct work that is equity-focused—centering systemic equity as an outcome interdisciplinary—examining
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number of measures used in any one study, many questions about the relationship between EFs and dyslexia remain unresolved. Here we take an innovative approach involving a) development of new, open-source
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and SUD. Develop proficiency in research methodology and skills. Develop skills to identify key research questions and to formulate testable hypotheses. Design and execute studies that test those
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(Siglecs) on immune cells to effect immunosuppression, akin to PDL1-PD1 interactions. In collaboration with Carolyn Bertozzi’s group, we are developing bifunctional proteins that include an antibody to cell
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through Stanford University, with experience in Vascular Biology to work on a project investigating the transgenerational impact of e-cigarette vaping on the development of abdominal aortic aneurysm
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protein engineering techniques. In parallel, we are also looking for postdocs interested in developing high-throughput screens for single-domain antibodies, called nanobodies, that perturb intracellular