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On March 30 and 31st the University of Kentucky hosted a total of 150 students from Oneida and Manchester elementary schools in Clay County Kentucky. These students are participants in a study called The Clay County Clock Study funded by CCTS. The co-PIs of the study, Jody Clasey from Kinesiology and Karyn Esser from Physiology, arranged for the students to get a “hands on” look at science at UK. The students did 4 rotations around campus including Engineering, Cardiology, Human Performance, and Microbiology. Dr. Beth Garvy, with help from Dr.

Congratulations to Animesh Dhara Ph.D.(postdoc) and Elizabeth Watts B.S. (lab manager) from the Sinai Lab for each having been recognized as presenting the best posters at the 13th International Congress on Toxoplasmosis and T. gondii Biology held in Gettysburg PA.  Animesh and Elizabeth’s posters were selected on the basis of both the quality of the work, its display and presentation.  The top 12 posters out of a total of 221 poster presentations were chosen by the attendees at the conference for this honor.

In her research, Sarah D'Orazio, associate professor in the University of Kentucky Department of Microbiology, Immunology and Molecular Genetics, investigates why some people get sicker than others after ingesting the foodborne bacterial pathogen Listeria monocytogenes.

A year ago, a crowd of hundreds gathered in Pavilion A of the University of Kentucky Chandler Hospital to celebrate a long-awaited special announcement – the unveiling of the UK Markey Cancer Center as the state's first and only National Cancer Institute-designated cancer center. The designation was the culmination of years of tireless work by the faculty and staff of Markey and its supporting service lines and colleges – all guided by Director Dr.

The bodies of mammals, including humans, respond to injury by releasing endogenous opioids — compounds that mitigate acute pain. A team of researchers, led by those at the University of Kentucky, has uncovered groundbreaking new information about how the body responds to traumatic injury with the development of a surprisingly long-lasting opioid mechanism of natural chronic pain control. Remarkably, the body develops both physical and physiological dependence on this opioid system, just as it does on opiate narcotic drugs.