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mission. You’ll work in a collaborative environment with opportunities for professional growth and development. Job Code: 00001833 ADMISSIONS OFFICER, UG ADMISSIONS Job Level: 70 Anticipated Pay Range: Duke
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the planning, development, and implementation of research projects investigating anti-allogenic humoral responses in transplant patients. Collect data via observation and experimentation. Operate lab instruments
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currently on – site. The ideal candidate will have relevant knowledge and industrial experience in the field of bioprocess development for manufacture of cellular and tissue-based therapies and will have
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Duke Health Nuclear Medicine Team! https://duke.is/nucmed General Description of the Job Class Coordinate and participate in a variety of technical tasks, tests and determinations involving
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organization committed to excellence in education, research, and patient care. You’ll benefit from: A collaborative, inclusive workplace where your contributions matter Opportunities for professional development
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Architecture licensure preferred Higher education or campus environment experience preferred Be Bold. You will help lead the continued evolution of Duke’s campus by overseeing the spaces between buildings
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discover how we can advance health together. Duke Health Integrated Practice https://careers.dukehealth.org/us/en/dhip Duke Health Integrated Practice comprises more than 110 primary and specialty outpatient
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schedules, assign tasks, lead onboarding and training, and support performance development. Deliver Exceptional Customer Service: Share exhibition and event details, assist guests with special needs, enforce
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is located at the following link: https://marcuscenter.duke.edu/ Occupational Summary · · Heads the Office of the Director of the Marcus Center for Cellular Cures (MC3), Dr. Joanne Kurtzberg
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Research Technician II - Psychiatry - Behavioral Medicine - Collective for Psychiatric Neuroengineer
on the development and use of bioengineered proteins to modulate neural activity and restore more normal patterns of brain function in disease-relevant states. These tools allow us to test whether targeted correction