50 algorithm-development-"Multiple" "Prof" Fellowship positions at University of Michigan
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this position. Attach a full CV. Job Summary The Cartilage Healing and Regeneration (CHaRM) lab at Michigan addresses one of the prevalent causes of OA development, unrepaired traumatic articular cartilage injury
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neuroanatomical, neuroimaging, computational, and behavioral genetic approaches to understand the cellular and physiological pathways that modulate aging and multiple disease risks in mammals. The Kaczorowski Lab
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applicant for a Post Doc position. The candidate will work on multiple funded/unfunded research projects that aim to develop novel methods and devices to assess and improve neurological outcomes after stroke
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multiple other departments. The U-M at Ann Arbor provides an outstanding training environment for researchers and very attractive benefits packages to its employees. Ann Arbor is one of the most educated
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the project's multiple principal investigators (MPIs), the Post-Doctoral Research Fellow will contribute to the scientific aims of NSAL, including but not limited to: Assisting the MPIs and Project Director on
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how the opportunity will help you develop personally and professionally. Responses should be limited to 500 words or less. b) A written statement that addresses one (1) of the following prompts
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. (pierre.apostolides@umich.edu ). Job Summary The Apostolides Lab has multiple, fully-funded positions for postdoctoral fellows to undertake projects related to auditory perception, reinforcement learning, and neural
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will take a leading role, working closely with Dr. Emmer and in collaboration with other team members. The PI is firmly committed to supporting the professional development of the postdoctoral research
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research and development. Our team seeks a highly motivated Oligonucleotide Synthesis Chemist Postdoctoral Research Fellow to be part of building our dynamic, collaborative, and service-oriented core
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develop AI models to predict and study the tumor evolution and lineages using the multiomic measurements from both bulk, single-cell, and spatial technologies. The lab emphasizes understanding