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appointed in the Department of Cell & Developmental Biology in the Medical School, which is one of the world?s most distinguished and largest biomedical research institutions and health systems and offers
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skill in: Cell culture techniques (maintaining established cell lines, cell transfection) Appropriate animal research techniques such as gender determination, proper handling and restraint of mice
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cell dysfunction in inherited retinal diseases. Mission Statement Michigan Medicine improves the health of patients, populations and communities through excellence in education, patient care, community
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of basic science research related to tendon biology, including fibroblast cell-matrix interactions as well as the effects of obesity and inflammation. Specific tasks the individual will be responsible
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cortical cell types including circuit level computations that promote the cognitive resilience to Alzheimer's disease and related neurodegenerative dementias. The Kaczorowski lab utilizes cutting-edge
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are encouraged to apply. Excellent opportunity for individuals interested in studying stem cells and tissue regeneration as well as immune-epithelial crosstalk. Projects range from basic mechanistic
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track record of publishing in high profile journals such as (Nature Medicine, Developmental Cell, EMBO journal) and supporting trainees' career development by helping them obtain fellowships from NIH, AHA
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with clinical research programs to facilitate translational outcomes, epitomizing the bench-to-bedside philosophy. The research focus emphasizes understanding how senescence in vascular endothelial cells
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, engineers, and clinicians. The specific goals of the research are to optimize intraretinal stimulation. Using novel carbon fiber array technology, we will stimulate inner retina cells and record evoked
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models and collaborates with laboratories that use primary and induced pluripotent stem cell cultures of the retinal pigment epithelium, and the fellow will get exposure projects using both of these models