83 computer-programmer-"https:"-"CNR"-"https:"-"https:"-"https:"-"https:"-"U.S" positions at Saint Louis University
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records; codes data for input for electronic data processing; inputs and retrieves data using computers Performs other duties as assigned KNOWLEDGE, SKILLS, AND ABILITIES Broad knowledge involving
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Who is Saint Louis University? Founded in 1818, Saint Louis University is one of the nation’s oldest and most prestigious Catholic universities. SLU, which also has a campus in Madrid, Spain, is recognized for world-class academics, life-changing research, compassionate health care, and a strong...
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Western Blots, Immunofluorescence and DNA fiber analyses. Key Responsibilities: Independently plan, design and execute biomedical research experiments related to DNA repair, DNA replication and Cancer
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formulate treatment plans Willingness to identify and implement creative and innovative clinical interventions consistent with current best practices and treatment plan goals and objectives Ability to work
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interpersonal/human relation skills Ability to team and to work with other people Organizational/planning skills Ability to operate various computing systems Ability to interact with the public in a polite and
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practices and treatment plan goals and objectives Ability to work effectively with colleagues in a team environment and to collaborate with professionals across a variety of disciplines Ability to identify
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: Independently plan, design, and execute biomedical research experiments related to hemostasis, thrombosis, inflammation, and cardiovascular diseases. Prepare high-quality abstracts, manuscripts for publication
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repairs (brazing), reclaim refrigerants, and recharge units as needed · Ability to use computer software and Building Automation Systems to adjust settings for both comfort and energy saving settings
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relevant computer software. Strong verbal and written communication skills, and attention to detail is essential. Ability to work in a team environment to facilitate the integrity of the study and its timely
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computational biology techniques to i) identify genetic variants that will lead to disease, ii) develop therapeutics to improve treatment for patients, and iii) eventually use gene editing to cure disease