Department of Biological Sciences

Barney Venables, Ph.D.

Associate Professor

 

David Tam

 

Office: BIO 310L
Phone: (940)369-7708
E-mail: venables@unt.edu


Laboratory Web

 

Dr. Venables’ research in Environmental chemistry, toxicology and bioactive lipids has been supported by the U.S. Environmental Protection Agency, the National Institutes of Health Center for Complimentary and Alternative Medicine, the National Institute of Environmental Health Sciences, the Texas Advanced Research and Technology Programs, the Texas Commission on Environmental Quality as well as other local and trade organization research groups. He received his undergraduate and masters degrees from Baylor University and his PhD from the University of North Texas. He has served as review panelist for national granting agencies, reviewer for a number of scientific journals, a consultant to the World Health Organization/Pan American Health Organization and is an active member of the Society of Environmental Toxicology and Chemistry. He has held positions as: visiting Assistant Professor, Department of Biological Sciences, Oklahoma State University; Organization of American States Visiting Professor, Instituto Oceanografico, Universidad de Oriente, Venezuela; and President and Research Director, TRAC Laboratories, Inc. He has published more than sixty peer reviewed scientific articles and book chapters and one U.S. Patent. He is currently a tenured Associate Professor of Biology at University of North Texas and Adjunct Professor of Public Health and Preventive Medicine, University of North Texas Health Science Center. He teaches graduate level courses in Environmental chemistry and instrumental analysis and is directing the research of seven masters and three doctoral students. He is a member of the University of North Texas Center for Plant Lipid Research (CPLR) directed by Dr. Kent Chapman. His work with the CPLR has focused on the biology and potential therapeutic of applications of plant-derived lipid messenger molecules known collectively as endocannabinoids.