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background in computational biology, machine learning, and bioinformatics, with a passion for understanding the underlying mechanisms of gene regulation. The position provides an exciting opportunity to work
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, molecular biology, CRISPR-based approaches, and mouse models is a plus. Supplemental Information How to Apply: Interested individuals within one year of having received their Ph.D. should send their CV, a
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Laboratory. The Tuveson Laboratory is interested in uncovering biological pathways and identifying novel therapeutic approaches for pancreatic cancer. To this end, we utilize both organoid and mouse models
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Laboratory is interested in uncovering biological pathways and identifying novel therapeutic approaches for pancreatic cancer. To this end, we utilize both organoid and mouse models of pancreatic cancer. We
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, therefore, experience in working with animal models of disease is required. Knowledge of computational analyses of large data sets is necessary for the work. Supplemental Information How to Apply: If you are
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-of-the-art high-performance computing (HPC) infrastructure. In this position, you'll leverage your expertise to support and manage CSHL's AI-driven compute cluster powered by NVIDIA H100 GPUs, empowering
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working at the intersection of systems and computational neuroscience. We record, analyze, and model neural population activity in the visual cortex of mice, to understand the mechanisms underlying sensory
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transformative science education programs to new partners globally. This is a unique opportunity to make a meaningful impact on global science literacy by driving a sustainable business model that forges strategic
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candidates should be highly motivated, have research skills with CRISPR functional genomics, disease animal models, flow cytometry or metabolomics analysis, and have effective communication skills as
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laboratory settings. Our lab, using this novel model system, seeks to pursue two complementary questions. First, how does the auditory system interact with the motor system to generate the sensorimotor loop