Featured Stories

Chemistry Alum Working to Further Renewable Energy

Jared Delcamp never questioned where he would go to college. “Growing up in Kentucky and watching the Wildcats play makes you ready to be a part of the Big Blue Nation,” he said.

A native Kentuckian, Delcamp was born and raised in Monticello and chose to study medicine when he first came to the University of Kentucky as an undergraduate in 2000. He credits chemistry professor John Anthony with mentoring him throughout his college career, but when Delcamp first met Professor Anthony, he thought he wanted to pursue a career in medicine.

Chemistry Welcomes New Graduate Class

By Susan Odom

This fall the Chemistry Department welcomed its new graduate class of 22 students. Now in their second month at UK, students are settling into new roles as teaching assistants in laboratory courses and in general chemistry recitations while taking a variety of courses in analytical, biological, inorganic, materials, organic, and/or physical chemistry.

UK Researchers Seek to Identify Ways to Relieve Post-Chemotherapy Cognitive Impairment

By Gail Hairston and Allison Perry

Of the 14 million cancer survivors in the United States, a significant number experience a serious side effect called chemotherapy-induced cognitive impairment (CICI). While easily recognized, little is known about the etiology of this condition, also known informally as “chemo brain.” CICI can significantly reduce patients’ quality of life with serious, even devastating, symptoms such as memory lapses, difficulty concentrating, negative impacts on multitasking, confusion and fatigue.

Richards, Pauly Research Mechanism of Nicotine Addiction

By Gail Hairston

Two University of Kentucky professors have been awarded funding to help elucidate the mechanism of nicotine addiction and to identify targets for nicotine cessation therapeutics.

Miller and Colleagues Publish on Bifurcating Enzymes in Nature Chemical Biology

University of Kentucky researchers participating in a Department of Energy-funded center have discovered a ground-breaking process that allows them to harness energy from chemical reactions that previously would have been dismissed as unusable. The process – which maximizes the efficiency of reactions at the molecular level – could affect everything from synthetic biology to fuel and chemical production. The authors are part of a multi-institutional team called the Biological Electron Transfer and Catalysis (BETCy) Energy Frontier Research Center.

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