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, primarily dedicated to understanding the cause and development of cancer with a special emphasis on animal models. The successful candidate will join an experienced 4-person team that supports CSHL’s basic
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and the microbiome affect tissue fitness or cancer outcomes. We utilize state-of-the-art experimental and computational approaches to integrate genetic, epigenetic, metabolism and microbiome data
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tissue fitness or cancer outcomes. We utilize state-of-the-art experimental and computational approaches to integrate genetic, epigenetic, metabolism and microbiome data to identify causal targets that can
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contribute to the development of cutting-edge AI models, fostering a unique integration of experimentation and computation. Additionally, you will collaborate with and support other scientists at CSHL
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Forecast short- and long-term cash needs with a high degree of accuracy, taking into account grant cycles, philanthropic revenue, capital projects, and program expenditures. Maintain and monitor daily
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and nurture during the development of cortical neural circuits. We also examine their alterations in mouse models of neurodevelopmental disorders. More specifically, we focus on the various
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mouse models of cancer in a highly collaborative environment. Position Responsibilities You will perform a variety of wet lab and managerial tasks, including maintaining an experimental mouse colony
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the development of cortical neural circuits. We also examine their alterations in mouse models of neurodevelopmental disorders. More specifically, we focus on the various neuromodulator cues to which cortical
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program into a highly successful online subscription-based protocols journal • The transformation of its renowned print monograph series into two highly cited subscriptionbased online review journals
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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