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on developing and evaluating a next-generation auditory nerve implant (ANI). This position centers on psychophysical testing, speech perception research, and designing clinical evaluation protocols to assess
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preclinical transplant models and human transplant recipients to develop and test precision immunotherapeutic approaches in the field of transplantation, metabolic disorders, and other diseases. About the Study
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models. The candidate is expected to be familiar with relevant experimental models, to conduct experiments that test specific hypotheses, and to be able to interpret their data and prepare it for
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of Otolaryngology) and Dr. Hubert Lim (Departments of Biomedical Engineering and Otolaryngology) to design, test, and validate advanced auditory stimulation strategies and neurotechnology solutions. Key
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, the University of Minnesota offers a comprehensive benefits package for employees. Responsibilities: • Facilitate the testing and troubleshooting of imaging coils • Develop and evaluate MRI sequences • Perform MRI
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building and testing analysis and monitoring software for its upcoming data run in 2027. 70%: Research, divided between Mu2e and Mu2eII. 10% Supervision of graduate students, technicians, and undergraduates
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fellow should be familiar and up to date with the newest tests, disease markers and technologies in the field of clinical chemistry. A fellow should be a source of information in his/her field and educate
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outcomes. The individual will be expected to develop stimulation strategies and testing algorithms, write code, and develop software. They will do extensive validation and testing, under the supervision
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Qualifications: Strong background in modeling and analytical skills using OpenSees and Abaqus. Experience in large-scale testing. Previous design experience in North America is considered an asset. Proficiency in
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, frailty, and cognitive and anxiety/addiction potency testing, including inject various compounds and solutions into experimental animals. • Collect tissue and fluid samples (e.g., body fat, brain tissue