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: 38528119; PMCID: PMC11365811. Specific postdoctoral projects may include: Develop quantitative proteomics approaches to map spatiotemporally resolved interaction and signaling networks of GPCRs. Applying
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multiplexed immunofluorescence in-situ images, in the study of immune-stromal-cancer interactions related to cancer progression and drug response. The scholar will aim to reveal molecular mechanisms through
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are interested in working as part of collaborative projects and interacting with national and international consortia. Familiarity with human beta-cell models is highly desired but not essential if they have
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well as important gene/environmental interactions. The successful applicant will be immersed in cutting-edge high throughput gene targeting and single cell RNA-seq, and in the molecular and cellular biology of
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investigates how radiation therapy shapes tumor–immune interactions, leveraging preclinical models and clinical samples from phase 1 trials. Our goal is to bridge molecular insight with clinical translation
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candidate should be comfortable working interactively with chart reviewers (e.g., medical students, residents, or fellows) who create ground-truth labels from manual EHR reviews and be invested in
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to explore the “black box” of early human pregnancy by mapping the precise gene activity and cell-cell interaction between the developing embryo and maternal endometrium. This work addresses a critical
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guest speakers. They will report to and meet regularly with the PI who will provide professional mentorship and guidance for managing research studies. They will interact with members of the SCALE team
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and Income Distribution: Studying how TAI will affect wages, employment, and the role of human capital Assessing whether TAI will exacerbate income and wealth inequality Analyzing the interaction