1,546 molecular-modeling-or-molecular-dynamic-simulation positions at University of Kentucky
Sort by
Refine Your Search
-
Listed
-
Category
-
Field
-
/Abstracting & Training. This position is responsible for managing and processing electronic data to include e-pathology, e-radiology, and e-molecular reports to ensure complete, timely, and high quality data
-
experiments within an interdisciplinary team, analyzing data, and presenting findings. Expertise in cell culture, biochemical and molecular biology techniques, immunohistochemistry, and small animal models is
-
experiments within an interdisciplinary team, analyzing data, and presenting findings. Expertise in cell culture, biochemical and molecular biology techniques, immunohistochemistry, and small animal models is
-
for the analysis and reporting of results of high complexity laboratory tests performed in the Immuno-Molecular Pathology Laboratory. This laboratory section provides laboratory service for hematology /oncology
-
of research. Does this position have supervisory responsibilities? No Preferred Education/Experience Experience working with farmers in collaborative research projects Expertise in molecular or genomic
-
immediately review and validate alarms to reduce “false alarms” and improve detection of actual adverse events by providing a consistent method for EKG monitoring and enhancing patient safety. Additionally
-
Medicine and Molecular Imaging. The UK College of Medicine Division of Nuclear Medicine and Molecular Imaging comprises a group of dedicated subspecialty-trained faculty physicians who provide a
-
triage, order processing, rapid and stat testing, gram staining and reporting positive blood cultures, performing multiplex and routine molecular assay, media QC and monitor/stock supplies, and reporting
-
Center. This position is responsible for the analysis and reporting of results of high complexity laboratory tests performed in the Immuno-Molecular Pathology Laboratory. This laboratory section provides
-
immediately review and validate alarms to reduce “false alarms” and improve detection of actual adverse events by providing a consistent method for EKG monitoring and enhancing patient safety. Additionally