38 algorithm-development-"St"-"St" positions at Cold Spring Harbor Laboratory in United States
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systems. To forge this new area of research, CSHL has identified a critical need for a cohort of researchers trained in both neuroscience and AI. Our primary goal is to develop new AI algorithms inspired by
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individual with clinical lab experience who will validate and perform clinical tests, establish new assays with CSHL scientists, and contribute to developing a new testing platform for personalized cancer
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discovery and chemical biology. Our lab is working to understand the molecular mechanisms leading to efficient elicitation of tumor vulnerability for potent cancer targeting. We develop Targeted Protein
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team of scientists in our lab. The successful candidate will work on developing novel approaches to enhance the efficacy of immunotherapy in treatment resistant cancers by modulating nutrient metabolism
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to join a collaborative team of scientists in our lab. The successful candidate will work on developing novel approaches to enhance the efficacy of immunotherapy in treatment resistant cancers by modulating
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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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in developing and interpreting CSHL’s Nobel Laureate Collection and related archival holdings documenting major discoveries in biomedical research. This is a three-year, on-site position with
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genetics as well as neuroscience, and biotechnology. The historian will play a central role in developing and interpreting CSHL’s Nobel Laureate Collection and related archival holdings documenting major
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biology, particularly molecular biology, genetics, and history of cancer genetics as well as neuroscience, and biotechnology. The historian will play a central role in developing and interpreting CSHL’s
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and collaborative neuroscience group working on neural circuits, neural development, neurogenetics, theoretical and computational neuroscience, artificial intelligence, synaptic function, brain