Managing Chronic Pain during the Opioid Crisis: Add a Pharmacist to the Care Team... Read More
The project uses animal seizure models and neuroscience techniques to help develop new antiepileptic agents. Some 800-1000 novel compounds per year are evaluated against conventional drugs for anticonvulsant efficacy and potency, neurotoxicity, effect on liver function, and mechanism of action. Promising compounds, which exhibit a high level and/or unusual spectrum of anticonvulsant activity with superior therapeutic potential, are selected for detailed toxicology studies and subsequent clinical trials in epileptic patients. The project has been continually funded since 1975 and every new anticonvulsant introduced to clinical use in the USA during the past 40 years has been evaluated in this research program.
The program is an integral part of the Department of Pharmacology and Toxicology and, as such, provides a site for research training of undergraduate students, departmental graduate students and postdoctoral fellows. Faculty aligned with the program also provide instruction to professional students in the College of Pharmacy and the School of Medicine.
ADD's College of Pharmacy’s Program Awarded $19.5M Contract Renewal To Identify Compounds for Treating Therapy-Resistant Epilepsy
University of Utah Health Receives Nearly $10 Million to Identify Natural, Non-opioid Compounds to Manage Pain.... Read MorePsychiatry
Professor Jindrich Kopecek has been named the winner of the T. & A. Higuchi Memorial Lectureship Award 2018
Professor Jindrich Kopecek has been named the winner of the T. & A. Higuchi Memorial Lectureship Award 2018... Read More
Each year, carbon monoxide (CO) poisoning is responsible for more than 50,000 emergency department visits, causing more than 400 deaths according to the Centers for Disease Control and Prevention. Americans aged 65 and older are among the highest fatalities.... Read More
APhA Students Receive Regional Awards... Read More
Utah Poison Control Center Receives National Award... Read More