146 evolution-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"https:" positions at University of Kentucky
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. • Laboratory Engagement, Data Collection, and Capability Mapping • Research Infrastructure Dashboard Development • AI and Process Automation Development • Research Analytics, Benchmarking, and Reporting
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to have 70% clinical time, 15% protected time for scholarly activity/research, and 15% protected time for professional development (e.g., seminars, mentorship, case consultation, etc). The position is one
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to have 70% clinical time, 15% protected time for scholarly activity/research, and 15% protected time for professional development (e.g., seminars, mentorship, case consultation, etc). The position is one
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each day. - Actively participate in the performance and talent management processes including being open to development, training, coaching, and feedback, with a proactive focus on performance growth
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chemistry in translational drug discovery and development; pharmaceutics, pharmacology, targeted drug delivery and/or PKPD in the drug development process; or pharmacogenomics and/or novel tools to improve
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, community organizations, donors, and University stakeholders, and possibly assisting with workforce development and external engagement activities. Key responsibilities include planning and coordinating
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discovery and development; pharmaceutics, pharmacology, targeted drug delivery and/or PKPD in the drug development process; or pharmacogenomics and/or novel tools to improve personalized diagnostics and
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with partners and complete project outcomes. Responsibilities include, but are not limited to: literature reviews, analytic and statistical testing, manuscript development, presenting results/outcomes
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across the institution. Faculty are actively engaged in medical education, clinical research, and program development, working within a highly collaborative environment alongside experienced pediatric
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(TNBC). Our research focuses on the interplay between tumors and the systemic tumor macroenvironment, particularly how tumor-derived signals reprogram hematopoiesis and neutrophil development and function