Assistant Professor, Joint with Pediatrics
and Human Development, College of Human Medicine
Basic and applied investigation into the regulation of gene responsible for the
development of long-term complications of diabetes and osmoregulation using modern
molecular biological techniques. Genes of interest include; aldose reductase, sodium
myo-inositol co-transporter, taurine transporter, glucose transporter and stress kinases
using in vitro and in vivo models of diabetes.
PUBLICATIONS:
Henry, D.N, M. Togawa, D. Larkin, D.A. Greene and P.D. Killen. Aldose reductase gene transcription is not an immediate early response to osmotic stress. J Am Society of Neph. 4(3):898, 1993.
Togawa, M, D.N. Henry, D.A. Greene and P.D. Killen. Identification of an osmotically induced enhancer of aldose reductase gene transcirption. J. Am. Society of Neph. 4(3):898, 1993.
Other Publications
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