2,947 parallel-processing-bioinformatics positions at University of Kentucky in United States
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individuals and through mass media. Ability to use the computer for program delivery and management. Ability to visit clientele at sites throughout the county. Ability to plan and teach educational programs
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computational science and/or biomedical informatics and/or data science, bioinformatics and computational biology. Required License/Registration/Certification None Job Summary The Division of Biomedical
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/ Knowledge / Abilities Demonstrated ability to communicate orally and in writing with groups and individuals and through mass media. Ability to use the computer for program delivery and management. Ability
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, Translational Basic Science, Public Health, Social Sciences, Communication, Health Services Research, Bioinformatics, Health Sciences, or other related fields. Required Related Experience Training and experience
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. Ability to use the computer for program delivery and management. Ability to visit clientele at sites throughout the county. Ability to plan and teach educational programs. Demonstrated leadership and
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are of special interest, particularly those that make use of mass spectroscopy-based approaches, advanced organoid models or spatial transcriptomic and bioinformatic approaches. The Department offers a stimulating
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individuals and through mass media. Ability to use the computer for program delivery and management. Ability to visit clientele at sites throughout the county. Ability to plan and teach educational programs
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Ph.D. or equivalent in Behavioral Sciences, Public Health, Social Sciences, Communication, Health Services Research, Bioinformatics, Health Sciences, or other related fields. Deadline to Apply Open Until
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, Translational Basic Science, Public Health, Social Sciences, Communication, Health Services Research, Bioinformatics, Health Sciences, or other related fields. Required Related Experience Training and experience
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are of special interest, particularly those that make use of mass spectroscopy-based approaches, advanced organoid models or spatial transcriptomic and bioinformatic approaches. The Department offers a stimulating