Linda E May

Foundational Science and Research

East Carolina University

Linda E May

Dr. Linda May, associate professor at East Carolina University (ECU), teaches anatomy and physiology, and is adjunct faculty for Health and Human Performance as well as Obstetrics and Gynecology in the Brody School of Medicine. Dr. May conducts research on topics relating to the influence of maternal exercise during pregnancy on maternal, placental, and child health outcomes. Her research is presented in world-wide media outlets, including the New York Times and Good Morning America.

Dr. May received a PhD from Kent State University and Northeastern Ohio Universities College of Medicine. Her dissertation focus was on the development of the cardiac beta-adrenergic system in BAX and NGF knockout mice. She attended the University of Florida where she earned a MS, graduating Cum Laude in Exercise Physiology. Dr. May also graduated, with Honors, from the University of Florida with a BS in Sports Administration.

Dr. May published her first book “Physiology of Prenatal Exercise and Fetal Development” in 2012, and has received numerous Health Science Author Awards. Dr. May has taught for over seventeen years, in subjects including histology, physiology, and gross anatomy. Her hobbies and interests include spending time with her family, biking, exercising, gardening, cooking, and the outdoors.

Publications

Measuring Mitochondrial Electron Transfer Complexes in Previously Frozen Cardiac Tissue from the Offspring of Sow: A Model to Assess Exercise-Induced Mitochondrial Bioenergetics Changes

1AdventHelath, 2University of Illinois Chicago School of Public Health, 3Lincoln Memorial University, 4Children’s Mercy Hospital, 5Scripps Clinic, 6Cincinnati Children’s Hospital Medical Center, 7Kansas City University, 8Roblex Rex Veterans Affairs Medical Center, 9California State University San Marcos, 10East Carolina University, 11Massachusetts Institute of Technology, 12Boehringer Ingelheim Norway KS, 13Heartland Center for Mitochondrial Medicine

JoVE 62809

 Biochemistry