There is limited information on the ingestion of cold drinks after exercise. We investigated
the thermoregulatory effects of ingesting drinks at 4° C (COLD) or 28° C (WARM) during …

Med. Sci. Sports Exerc., Vol. 40, No. 9, pp. 1637–1644, 2008. Purpose: To investigate the
effect of drink temperature on cycling capacity in the heat. Methods: On two separate trials …

The aims of this study were to determine the effect of cold (4° C) and thermoneutral (37° C)
beverages on thermoregulation and performance in the heat and to explore sensory factors …

We investigated whether single or combined methods of pre-cooling could affect high-
intensity exercise performance in a hot environment. Seven male athletes were subjected to …

The effect of different drink temperatures on the perception of exertion and exercise
endurance has not been extensively investigated. Consequently, the purpose of the present …

In this study, we examined thermoregulatory responses to ingestion of separate aliquots of
drinks at different temperatures during low-intensity exercise in conditions of moderate heat …

Nine males cycled at 53%(s= 2) of their peak oxygen uptake ([Vdot] O2peak) for 90 min (dry
bulb temperature: 25.4° C, s= 0.2; relative humidity: 61%, s= 3). One litre of flavoured water …

The aim of the present study was to determine the combined effects of pre-cooling and water
ingestion on thermoregulatory responses and exercise capacity at 32° C and 80% relative …

Purpose: Increased core temperature (T c), impaired cardiovascular function, and
dehydration contribute to fatigue during prolonged exercise in the heat. Although many …

Purpose Hot compared to cold drinks alter sweating responses during very low intensity
exercise in temperate conditions. The thermoregulatory, perceptual, and performance effects …