Light shed on mechanism of action of 'date rape drug'

"Our finding will lead to studies that will increase the understanding of metabolic disturbances that occur during oxidative stress. The latter is part of the pathology of heart attacks, stroke, diabetes and inflammation," says Guo-Fang Zhang, Ph.D., Research Associate in the Department of Nutrition at Case Western Reserve School of Medicine. "We hope that the upcoming studies will lead to the design of new treatments that minimize the effects of oxidative stress."

"A combined effort of Case Western Reserve University and the Mt. Sinai Health Care Foundation since 1990 has lead to the building of this department's research program and the conception of this groundbreaking finding," says Henri Brunengraber, M.D., Ph.D., Senior Author, Professor, and Chair of the Department of Nutrition. "We plan to expand this project in close collaboration with Gregory P. Tochtrop, Ph.D., Assistant Professor in the Department of Chemistry. Dr. Tochtrop and his group have synthesized a number of carbon 13-labeled compounds which allowed the unraveling of the steps of the new pathways we discovered."

Collaborators of this study also included the Case Western Reserve University Mouse Metabolic Phenotyping Center, run by Dr. Brunengraber and two other faculty from the Department of Nutrition, Dr. Colleen Croniger and Dr. Michelle Puchowicz.

This work was supported by a RoadMap grant from the National Institutes of Health, a grant from the National Institute of Environment Health Sciences, as well as by a grant from the Cleveland Mt. Sinai Health Care Foundation. The RoadMap grant funded the development of metabolomics at Case Western Reserve, as well as the acquisition of a top-of-the-line mass spectrometer. This instrument allowed this and multiple other studies to be conducted. The RoadMap initiative allowed a quantum jump in the development of metabolic research at the School of Medicine.