11 Environment research jobs at University of Nebraska Medical Center in united-states in United States
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growth and development within a collaborative and vibrant research environment, providing access to state-of-the-art facilities. We are looking for candidates with a strong background in neurobiology and
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into scaffold environments in vivo. Our group synergizes the expertise of clinicians, bioengineers, and molecular biologists in a dynamic research environment to produce clinically-viable biomaterials. Experience
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are encouraged to apply. This position offers an excellent opportunity for professional growth in a collaborative and vibrant research environment. Exceptional communication skills, the ability to work
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kind of experience: Experience in a research laboratory setting to include extensive animal knowledge and handling in a research environment and surgical experience. Required License No If yes, what is
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complementary interactions within the highly collaborative environment of the Department, which will allow a new postdoctoral fellow to integrate in a wider community of microbiologists and clinicians
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and individuals with disabilities. Location Omaha, NE Requisition Number: 2023-424 Department COPH Environ, Agri & Occ Health 50005427 Business Unit(College/Institute) College of Public Health FTE: 100
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techniques like AFM and laser ablation. Importantly, as a young and dynamic group, we offer an environment conducive to scientific rigor, intellectual freedom, and personal development. Required Qualifications
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the Midwest and the University of Nebraska system provides a strong collaborative environment with exceptional core facilities that promote high quality research. Required Qualifications PhD Supplemental
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into scaffold environments in vivo. The individual will perform cell culture and surgical procedures on experimental animals (rodents, rabbits, goats, and swine subjects) according to approved protocols
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multidisciplinary studies of real-world behavior. This includes observational studies using real-world data from personal devices, automobiles, and individuals’ own environments, as a naturalistic window on sleep