49 phd-software-testing-scholarship Postdoctoral positions at University of Minnesota
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, husbandry, breeding, colony maintenance, behavioral testing, including, but not limited to stress induction, metabolic phenotyping, body composition, food intake, frailty, and cognitive and anxiety/addiction
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Laboratory (TNEL) in the University of Minnesota Department of Psychiatry has an NIH-funded opening for a post-PhD scholar at the intersection of neuroscience, brain stimulation, and behavior. Our laboratory
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interdisciplinary problems related to foreign animal disease epidemiology. 25% - To collaborate with the PI in the generation and testing of research hypotheses and data analysis, writing of papers, grants, and
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neurodevelopment disorders. The post-doc will also work on software development (in R, or in Python, Java, Stan, or BUGS or interfacing R with C/C++), simulation studies, real data analysis, and writing manuscripts
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Class Acad Prof and Admin Add to My Favorite Jobs Email this Job About the Job As a postdoctoral associate, you will work under the mentorship of Mark Osborn, PhD, contributing to cutting-edge research in
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manuscripts in peer-reviewed journals. Qualifications Required Qualifications: •PhD and the completion of one year of post-doctoral training •Strong experience in leading federally funded research examining
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, age-related diseases, cellular senescence, DNA damage and repair and molecular therapeutics. 90% Laboratory Research Mouse colony management, functional tests, cell culture, microscopy, immunoblotting
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coordination of study goals with partners including gastroenterology, pharmacy, genomics center and collaborators at Hormel Research Institute. Conduct pre-test assessments after participants have consented
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documented on application materials. Required Qualifications: • PhD, MD, or equivalent. • Experience collaborating with clinical and research faculty in an academic setting. • Excellent spoken and written
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-photon imaging in the ferret. The end goal of our work is to test a model of excitatory-inhibitory interactions against data collected in an animal model with columnar architecture in primary visual cortex