10/10: All pharmacodynamics tenure-track faculty are federally funded

Published: April 1st, 2019

Category: Homepage Slide Show, Pharmacodynamics

The department of pharmacodynamics in the University of Florida College of Pharmacy has attained a perfect score, with 10 out of 10 tenure-track faculty being federally funded. The awards come from various federal institutions, but all 10 have at least one grant from the National Institutes of Health, or NIH.

All 10 tenure-track pharmacodynamics faculty in the UF College of Pharmacy are federally funded.

All 10 tenure-track pharmacodynamics faculty in the UF College of Pharmacy are federally funded.

“This is a superlative achievement reserved for only a few departments in any of the biomedical sciences, whether it be pharmacy, medicine, dentistry or allied health,” said Lance McMahon, Ph.D., a professor and chair of the department of pharmacodynamics. “This perfection is made even more incredible by the fact our colleagues in the department of medicinal chemistry have achieved the same perfect status.”

The 10 pharmacodynamics faculty currently serve as principal investigators on 25 different federally funded grants worth nearly $27 million. These awards fund diverse research projects, including a study of the relationship between alcohol and the brain’s natural release of oxytocin and one that explores the effects of individual kratom-derived compounds on alkaloid receptors.


“Ethanol Dysregulation of Oxytocin-Mediated Reward”

This $400,000 R21-designated — high-risk, high reward — grant from NIH’s National Institute on Alcohol Abuse and Alcoholism, allows associate professors Joanna Peris, Ph.D, and Eric Krause, Ph.D., to explore the anecdotal claim that overconsumption of alcohol makes social relationships less rewarding.

Oxytocin, a natural, endogenous peptide known as the “love hormone,” plays many roles in human relationships, including social bonding, sexual reproduction in both men and women, as well as childbirth in women. Although we tend to think of alcohol as increasing our social interactions, irresponsible consumption may actually interfere with the natural effects of oxytocin. Ultimately, this may make future relationships less rewarding, as alcohol takes the place of firing those neurons, satisfying the reward pathway.


“Opioid Misuse Disorders: UF Pharmacy Medications Discovery and Development”

Since kratom, or Mitragyna speciosa, has caught the attention of the U.S. government and the nation at large, the UF College of Pharmacy has secured myriad grants to study the plant, which has potential to treat opioid misuse and physical dependence. The NIH’s National Institute on Drug Abuse most recently awarded principal investigators McMahon and medicinal chemistry professor Chris McCurdy, Ph.D., a $3.5 million UG3/UH3grant.

McMahon and Jay McLaughlin, Ph.D., an associate professor, run in vivo pharmacodynamics tests to determine the effects of individual kratom alkaloids on receptor targets in the brain. The pharmacodynamics side of the kratom study continues to fill the knowledge gap of the substance’s effects on the brain.


“Our department is both collegial and collaborative. People often use the term collegial to mean friendly; but it is more than that. Collegiality is not only a spirt of support of one another but is also a strong dedication to excellence in our individual and collaborative research,” McMahon said. “Our faculty members do not hesitate to constructively critique one another as professionals and scientists, and that has caused all of the boats in our department to rise with the tide. This is a special department, and I am proud to lead and serve it.”

Since 2016, four new faculty, including the department chair McMahon, joined the department. They have significantly contributed to the growth in research funding. The 10 faculty members include assistant professors Guillaume de Lartigue, Ph.D. and Brandon Warren, Ph.D., associate professors Krause, Peris, Charles J. Frazier, Ph.D.; Bin Liu, Ph.D.; McLaughlin, and professors McMahon, Maureen Keller-Wood, Ph.D. and Daohong Zhou, M.D.