The Impact of Dehydration and Hyperthermia on Circulatory Glutathione Metabolism after Exercise in the Heat with Insights into the Role of Erythrocytes.
Denise de Melo-MarinsJuliano Boufleur FarinhaFranccesco Pinto BoenoAlexandra Ferreira VieiraSamuel Vargas MunhozGabriela Cristina Dos SantosMauricio KrauseOrlando LaitanoAlvaro Reischak de OliveiraPublished in: Life (Basel, Switzerland) (2021)
Our data suggest that dehydration decreases circulatory GSH levels regardless of environmental temperature. In addition, in vitro data suggests that erythrocytes may contribute to the release of GSH during exposure to heat stress.