75 algorithm-development-"St"-"St" Postdoctoral positions at Stony Brook University in United States
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in the department of Neurobiology & Behavior . The incumbent will develop, design and run research experiments and ensure that all research protocols follow the policies and procedures of Stony Brook
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in the department of Neurobiology & Behavior . The incumbent will develop, design and run research experiments and ensure that all research protocols follow the policies and procedures of Stony Brook
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mechanistic biology and molecule development. Preferred Qualifications: Peer-reviewed and published research paper. Postgraduate experience in mechanistic biology and molecule development. Therapeutic procedure
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experience in mechanistic biology and molecule development. Preferred Qualifications: Peer-reviewed and published research paper. Postgraduate experience in mechanistic biology and molecule development
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experience in mechanistic biology and molecule development. Preferred Qualifications: Peer-reviewed and published research paper. Postgraduate experience in mechanistic biology and molecule development
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the development of new radiopharmaceuticals, radiochemistry methodology and translation of lead agents for biomedical imaging. The incumbent will also participate in ongoing radiochemistry procedures for current
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the development of new radiopharmaceuticals, radiochemistry methodology and translation of lead agents for biomedical imaging. The incumbent will also participate in ongoing radiochemistry procedures for current
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Hippo signaling during Drosophila development as well as cancer. We use Drosophila developmental genetics, cell biology and biochemistry to address these questions. Substantial training will be provided
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Hippo signaling during Drosophila development as well as cancer. We use Drosophila developmental genetics, cell biology and biochemistry to address these questions. Substantial training will be provided
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experiments using recombinant approaches to generate and evaluate reverse genetics modified recombinant POWVs, develop potential recombinant POWV vaccines, and to define POWV cell protein interactions, cytokine