LEXINGTON, Ky. (Nov. 20, 2015) — University of Kentucky College of Pharmacy Professor Chang-Guo Zhan, along with fellow UK Professors Fang Zheng and Sharon Walsh, and Professor Mei-Chuan Ko from Wake Forest University, recently received $6 million in funding over five years to further develop a potential treatment for cocaine abuse.
“Dr. Zhan’s groundbreaking work in this field cannot be overstated,” said Interim Dean Kelly M. Smith. “There currently is no FDA-approved treatment for cocaine overdose or cocaine addiction, and Dr. Zhan and his research team are trying to change that. Developing such therapies would be a major breakthrough for health care.”
LEXINGTON, Ky. (Nov. 20, 2015) — University of Kentucky College of Pharmacy Professor Chang-Guo Zhan, along with fellow UK Professors Fang Zheng and Sharon Walsh, and Professor Mei-Chuan Ko from Wake Forest University, recently received $6 million in funding over five years to further develop a potential treatment for cocaine abuse.
“Dr. Zhan’s groundbreaking work in this field cannot be overstated,” said Interim Dean Kelly M. Smith. “There currently is no FDA-approved treatment for cocaine overdose or cocaine addiction, and Dr. Zhan and his research team are trying to change that. Developing such therapies would be a major breakthrough for health care.”
Previously, Zhan's team designed and tested CocH1, an enzyme that specifically breaks down cocaine in the bloodstream without producing harmful byproducts in the body. In this new project, the team will evaluate a novel enzyme called CocH-LAF for its ability to neutralize cocaine in the bloodstream using molecular modeling technology.
Thus far, the new enzyme has been tested for its efficacy, and has demonstrated a significantly improved efficiency against cocaine compared to CocH1. In addition, it has a longer biological half-life, meaning the treatment will eliminate the cocaine from the bloodstream much quicker than the previous version.
"This next stage of our research is promising, showing that the enzyme has extended function in the bloodstream," Zhan said. "We envision that this therapy could eventually become a viable treatment option for cocaine abuse."
The National Survey on Drug Use and Health has reported that approximately 1.9 million Americans were using cocaine in 2008. In Kentucky, 70 or more people died from cocaine overdose in 2013 and 2014, up significantly from 24 cocaine-related deaths in 2011.
Taking cocaine can result in severe health issues, including cardiovascular issues (disturbances in heart rhythm and heart attacks), neurological effects (strokes, seizures, headaches and coma) and gastrointestinal complications (abdominal pain and nausea). Currently there are no marketed treatments for cocaine overdose or addiction.
“Dr. Zhan's research is a compelling example of how UK — as the University for Kentucky — continually strives to improve lives in our community, by developing treatments to fight back against the crippling nature of addiction," said UK President Dr. Eli Capilouto.
Zhan will serve as principal investigator, but will work closely with Zheng, Walsh, and Ko on the project.
