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Post-Doctoral Associate
University of Minnesota Twin Cities
Post doc position in neuroscience, obesity, metabolism The Bartolomucci Lab at the University of Minnesota Medical School is recruiting a postdoc associate to join an exciting new collaborative NIH funded project on central/peripheral nervous system regulation of energy balance and obesity. This project is part of a multi NIH grants-funded project to identify the mechanism of action of the peptides encoded by the VGF, and especially the neuropeptide TLQP-21 and it C3aR1 receptor, in energy balance with the long-term goal of developing novel pharmacotherapies for obesity and obesity-associated disease. The newly hired postdoc will benefit from state-of-the-art metabolic phenotyping facilities (including the Integrative Biology and Physiology Phenotyping Cores and many other) and in vitro molecular genetic facilities and a highly collaborative environment. The Bartolomucci Lab is also affiliated with several NIH-funded Training grants as well as the Minnesota Obesity Center. (70%) Design and implement laboratory experiments to dissecting central/peripheral nervous system pathways regulating energy balance and obesity, with a special focus on the VGF-derived neuropeptide TLQP-21 and the C3ar1 receptor. Collect and analyze data. (20%) Prepare manuscripts for submission to scientific journals and presentations at scientific meeting. Works with the PI to prepare grant applications for training grants or R01 NIH grant applications. (10%) Attend journal clubs, lab meetings and other scientific meetings as requested. The University of Minnesota offers a comprehensive benefits package including:
For more information regarding benefits: https://humanresources.umn.edu/sites/humanresources.umn.edu/files/2018_tcd-fpa-75100-ben-0105-10.pdf
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Required Qualifications (must be mentioned on application/resume): PhD in neuroscience, neuroendocrinology, pharmacology, physiology or related disciplines. Expertise in CNS delivery of peptides/drugs/AAVs as well as expertise in the use of mouse genetic models (cre-lox system etc). IHC, QPCR and other standard molecular techniques. Experience in working with mice. Experience with 1) metabolic phenotyping, food intake and energy balance, obesity and/or 2) behavioral biology, psychopharmacology is required. Preferred Qualifications:
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