Performing exercise, especially in hot conditions, can heat the body, causing significant
increases in internal body temperature. To offset this increase, powerful and highly …

Recovery from dynamic exercise results in significant perturbations of thermoregulatory
control. These perturbations evoke a prolonged elevation in core body temperature and a …

Thermoregulation is an important consideration not only for athletic performance but also for
the safety of the athlete. This article presents a broad overview of the mechanisms by which …

1.1. Background During exercise and with exposure to hot climatic conditions, there is
tendency for the human body to store heat and for body temperatures to rise. Changes in …

An overview of the physiology of human thermoregulation is presented, including a
discussion of the principle of heat balance and the various heat exchange pathways …

Humans maintain a relatively constant core temperature through the dynamic balance
between endogenous heat production and heat dissipation to the surrounding environment …

As a result of the inefficiency of metabolic transfer,> 75% of the energy that is generated by
skeletal muscle substrate oxidation is liberated as heat. During exercise, several powerful …

This review discusses human thermoregulation during exercise and the measurement of
body temperature in clinical and exercise settings. The thermoregulatory mechanisms play …

Exercise heat acclimation induces physiological adaptations that improve thermoregulation,
attenuate physiological strain, reduce the risk of serious heat illness, and improve aerobic …

Despite the important role of temperature regulation in human behavior, it is frequently
overlooked as a thermoregulatory response during both rest and exercise. During rest, the …