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strengthen connections between the mathematics department and other disciplines across science, engineering and the humanities, and to catalyze new collaborations and research directions within the department
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auditory outcomes in human listeners with hearing prostheses. The successful candidate will lead efforts to design and implement behavioral experiments and outcome measures for upcoming clinical trials
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, relationship-based support, and therapeutic interventions for young children and parents in a high-risk population. This program primarily services children 0-3 years old with complex medical conditions. Many
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regeneration using human induced pluripotent stem cells derived cardiac cell types and engineered tissue models. As a team member, you will be responsible for conducting experiments and collecting data. You will
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understand and improve the health of individuals and communities. A particular focus of the division is the use of genetically-engineered mouse models to investigate human metabolic diseases. Qualifications
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areas of clinical care: relationship and sex therapy, compulsive sexual behavior, and lifespan gender health. Fellows will work in all three clinical programs, deepening skills in all areas. Fellows will
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on cardiovascular disease modeling and cardiac regeneration using human induced pluripotent stem cells derived cardiac cell types and associated engineered tissues. As a team member, you will be responsible
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challenges to realize the benefits of UHF on ASL imaging for clinical research or application studies. In addition to working on ongoing projects (e.g., UHF high-resolution brain, knee and renal ASL imaging
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://www.psych.umn.edu/ . About the College of Liberal Arts: Home to the arts, social sciences and humanities disciplines and programs, the College of Liberal Arts is the largest college in the University of Minnesota and
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cognition, and computational psychiatry. We work across levels of analysis—from single neurons to human behavior—using both rodent and human models. This position will focus primarily on rodent research