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variants that segregate with osteoarthritis in large pedigrees. We are analyzing candidate gene functions in tissue culture and generating mice the harbor human disease alleles to understand the contribution
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, aqueous fluid dynamics, physiology, and biomedical engineering. Methodologies in the lab: cell culture (primary human and immortalized cells from the conventional outflow pathway) molecular biology
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: A PhD in a relevant discipline, such as kinesiology, biomechanics, engineering, or rehabilitation science Additionally, the ideal candidate will possess the following preferred qualities: Expertise in
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: A PhD in a relevant discipline, such as kinesiology, biomechanics, engineering, or rehabilitation science Additionally, the ideal candidate will possess the following preferred qualities: Expertise in
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lead to tissue failure and cancer, and to develop novel therapeutic approaches to mitigate and treat deleterious phenotypes that arise in patients with impaired DNA and RNA maintenance pathways. Some
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, education (our Population Health Sciences PhD Program), and community engagement activities, we promote patient-centered health care and the delivery of evidence-based health innovations that improve
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for biological data (e.g., protein language models, transformers, generative models) and interest in building interpretable tools for experimental colleagues. Qualifications PhD or MD‑PhD in a relevant field (e.g
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cancer Energy balance and adipose tissue in cancer progression Our research includes transdisciplinary approaches to colorectal cancer prognosis, utilizing health behavior information, measures of energy
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information about the University of Utah College of Nursing, https://nursing.utah.edu/ . Eligibility Requirements: · Ph.D. or equivalent doctoral degree in Nursing from an accredited domestic or foreign
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the essential functions of the job as outlined in the position description. Preferences PhD or MD/DO/equivalent doctoral-level clinical degree. Type Benefited Staff Special Instructions Summary Additional