14 environmental-epidemiology positions at University of Kansas Medical Center in United States
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Department: SOM KC Internal Medicine - Genetic, Environmental and Inhalational Disease ----- Internal Medicine Genetic, Environmental and Inhalational Disease Position Title: Assistant/Associate
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(negotiable). Period travel to conferences and meetings is required. Job Description: Required Qualifications Education: PhD or equivalent in demography, sociology, epidemiology, public health, or other health
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, efficiently, and within budget Ensure Environmental Health and Safety (EHS) rules and policies are being adhered to by contractors and employees. Performance Management: Ensure effective and efficient operation
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Department: SOM KC Internal Medicine - Administration ----- Internal Medicine Genetic, Environmental and Inhalational Disease Position Title: Senior Research Associate - Internal Medicine (GEID) Job
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according to standard operating procedures. Feed and waters animals. Receive and identifies animals using appropriate methods. Handle and restrains animals. Wean animals. Monitor environmental parameters
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research, population health, epidemiology, biostatistics, health economics, or a related discipline. PhD must be conferred before the position start date. Work Experience: Familiarity in cancer disparities
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) of Nurse Anesthesia Educational Programs and the Kansas State Board of Nursing. Demonstrates knowledge and professional awareness of environmental issues that may influence the program and nurse anesthesia
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physiology, exercise behavior, psychology, nutrition, public health, epidemiology, neurology, statistics, diseases related to obesity and sedentary behavior, etc. Preferred Qualifications Work Experience
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Qualifications Education: PhD in health services research, population health, epidemiology, biostatistics, health economics, or a related quantitative discipline. Work Experience: Experience managing and analyzing
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environmental DNA damage, specifically oxidative stress, impacts cellular homeostasis in normal and cancerous cells. The project involves using the labs chemoptogenetic system for reactive oxygen species