Labs at ECDOI
Nicholas Broskey, Ph.D.
Assistant Professor
252-737-4684
broskeyn19@ecu.edu
Role of mitochondria in health and disease and how exercise interventions can help ameliorate conditions of metabolic disease
through mitochondrial biology.
Myles Cabot, Ph.D.
Professor
252-737-5020
cabotm@ecu.edu
Sphingolipid metabolism as it relates to cancer and targeted therapeutics.
Jessica M. Ellis, Ph.D.
Assistant Professor
252-744-2862
ellisje18@ecu.edu
Determining the regulatory nodes in fatty acid metabolism and their role in health and disease in muscle and brain.
Christopher B. Geyer, Ph.D.
Associate Professor
252-744-3433
geyerc@ecu.edu
Studying the mechanism regulating mammalian male germ cell development.
Johanna L. Hannan, Ph.D.
Assistant Professor
252-744-2099
hannanj14@ecu.edu
Studying pathophysiological mechanisms of genitourinary dysfunction to discover strategies to treat and prevent sexual and urinary dysfunction and promote vascular health and neuro-regeneration.
Joseph Houmard, Ph.D.
Professor
252-737-4617
houmardj@ecu.edu
How skeletal muscle metabolism is altered with conditions such as obesity, type 2 diabetes, and the aging process, and how a physically active
lifestyle can counteract decrements associated with these conditions.
Hu Huang, Ph.D.
Associate Professor
252-737-2879
huangh@ecu.edu
Whether exercise induces hypothalamic neurogenesis and which neurons in the hypothalamus control moving behavior.
Karen A. Litwa, Ph.D.
Assistant Professor
252-744-5555
litwak16@ecu.edu
We are interested in the molecular mechanisms of brain development and how these are altered in neurodevelopmental disorders,
such as autism.
Linda E. May, Ph.D., M.S., FAHA
Associate Professor
252-737-7072
mayl@ecu.edu
The influence of maternal exercise during pregnancy on child development before and after birth.
Espen E. Spangenburg, Ph.D.
Professor
252-737-5035
spangenburge14@ecu.edu
Investigating mechanisms that regulate physiological and metabolic properties of skeletal muscle.