64 Humanities research jobs at Case Western Reserve University in united-states-of-America in United States
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demonstrate compliance with Case Western Reserve University animal research and care (ARC) policies and procedures and compliance to regulations of the Animal Welfare Act, Public Health Service Policy, AAALAC
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. The desire and ability to learn new techniques specific to the research. 9. Ability to meet consistent attendance. 10. Ability to interact with colleagues and supervisors face to face. 11. Previous
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Western Reserve University animal research and care (ARC) policies and procedures and compliance to regulations of the Animal Welfare Act, Public Health Service Policy, AAALAC guidelines and other
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laboratory equipment. Must demonstrate compliance with Case Western Reserve University animal research and care (ARC) policies and procedures and compliance with regulations of the Animal Welfare Act, Public
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, microscope, tissue culture CO2 incubator). Excellent verbal and written communication skills. Ability to interact with colleagues, supervisors and customers face to face. Good interpersonal skills: ability
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to interact with colleagues and supervisors face to face. 6. Must demonstrate compliance with CWRU animal research and care (ARC) policies and procedures and compliance to regulations of the Animal Welfare Act
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supervisors face to face. WORKING CONDITIONS Applicant will be working indoors in a research laboratory, that includes a biochemistry and molecular biology room and a dedicated cell culture room, studying human
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the field of clinical research. 2. Exceptional interviewing skills: ability to work with sensitive patient information and maintain confidentiality. Must demonstrate an understanding of human subject
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administering anesthesia. Must demonstrate compliance with Case Western Reserve University animal research and care (ARC) policies and procedures and compliance to regulations of the Animal Welfare Act, Public
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for a wide range of projects involving human immunodeficiency virus infections, including analyses of patient cells from PBMCs and ex vivo infected cell models of primary T-cells and iPSC-derived