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on developing and applying foundational AI models to investigate clinically relevant cancer vulnerabilities and their relationship with molecular context. Spanning functional genomics and large-scale clinical
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malignant renal cancer, clear cell renal cell carcinoma (ccRCC). Research integrates state-of-the-art molecular biology using cell-based and animal models as well as system biology bioinformatics multiomics
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partners, including other Harvard Medical School-affiliated hospitals. The Fischer Lab at Dana-Farber Cancer Institute is a Structural and Chemical Biology lab that combines molecular biology, computational
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neurological syndromes. Now, this and other emerging technologies, such as combining use of human brain tissue and mouse models, are being applied in my lab at Yale. As such, my lab offers an ideal platform
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possible thereafter. The aim of this project is to advance the development of multi-trait Bayesian linear regression models that enable the sharing of genomic information across traits and biological layers
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human brain tissue to determine radiotracer binding affinity, selectivity, and tissue distribution. Perform in vivo PET imaging studies in small animal models (e.g., rodents/nonhuman primates) to evaluate
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gene editing, single cell RNA sequencing, bioinformatics, genetic engineering in mice, intravital microscopy and other imaging modalities, and a number of cell and molecular techniques. For more
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methods. Currently, Gloria Ugwuja is working in Potsdam on a Georg Forster Fellowship. Humboldt Foundation/David Ausserhofer Against the flow: Professor of Molecular Biology, Carmen Gloria Feijoo, wants
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, and regenerative biology of the cerebral cortex, employing both mice as a genetic model and limited work with human iPSC-derived cortical like neurons. We are particularly interested for this position