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Associate Professor WOT or Professor WOT (Chief of Neuroanesthesia) - Anesthesiology & Pain Medicine
the division’s contributions to education and training, including the International Council for Perioperative Neurosciences Training (ICPNT)-accredited Neuroanesthesiology Fellowship program and the
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accounting staff and the Social Security Administration. PRIMARY JOB RESPONSIBILITIES Serve as the coordinator of the representative payee program for clients receiving DSHS, Social Security and/or SSI
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patients with a variety of physical and mental disabilities to achieve maximum functional capacity. • Confers with medical and other staff members to determine occupational therapy program for individual
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SONOGRAPHER. WORK SCHEDULE - 100% FTE; 40 HOURS PER WEEK; FULL-TIME - DAY SHIFT WITH CALL DEPARTMENT DESCRIPTION Complete radiology and imaging services using the latest technology Radiology Services at UWMC
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. More About This Job Required Qualifications: Graduate of an accredited nursing program, plus a minimum of 2 years of related nursing experience. Current LPN or RN licensure in the state of Missouri and
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. Substitutions include: Graduate of an accredited nursing program (such as RN/LPN), or comparable allied health training program with a minimum of one year of relevant experience. Ability to show proof of a
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clients and documents all contacts and service coordination activities in client records as required by program guidelines. Educates clients/families about the basic medical and psychosocial aspects
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, Bioinformatics Tools, Communication, Complex Data Analysis, Computational Biology, Gene Expression Microarray, Genome Sequencing, Group Problem Solving, Human Genetics, Model Organism Grade R09-H Salary Range
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Scheduled Hours 40 Position Summary The Cremins lab works at the spatial biology-technology interface to understand chromatin-to-synapse communication during neural circuit activation in
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Research Technician II with expertise in cell biology or microbiology. Our research is dedicated to understanding the molecular mechanisms of ATP-dependent AAA+ proteolytic machines in both bacterial systems