Key result
Acute ambient temperature exposure between 15 °C and 35 °C does not significantly influence baroreflex regulation based on HR kinetics during dynamic leg exercise in men (p > 0.05).
Why the study?
Does acute ambient temperature exposure influence cardio-pulmonary and respiratory kinetics in men during dynamic exercise?
Does acute ambient temperature exposure influence cardio-pulmonary and respiratory kinetics in men during dynamic exercise?
Acute ambient temperature exposure between 15 °C and 35 °C does not significantly influence baroreflex regulation based on heart rate kinetics during dynamic exercise in men.
Does not warrant temperature-specific exercise modifications; leaves open baroreflex effects at extremes or in other populations.
AIM: musc) oxygen uptake during dynamic leg exercise across different acute ambient temperature conditions in a climatic chamber. METHODS: musc estimations were assessed by applying a circulatory model and cross-correlation functions. RESULTS: musc kinetics (p > 0.05). Baroreflex regulation based on HR kinetics does not seem to be influenced between ambient temperatures of 15 °C and 35 °C during dynamic exercise. CONCLUSIONS: musc) determinants of the relevant physiological systems may improve the evaluation of an individual's health status.
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Drescher et al. (2017) studied Healthy men. Acute ambient temperature exposure vs. Different temperature conditions was evaluated on Cardio-pulmonary and respiratory kinetics (including muscle oxygen uptake and HR kinetics) (p=> 0.05). Acute ambient temperature exposure between 15 °C and 35 °C does not significantly influence baroreflex regulation based on HR kinetics during dynamic leg exercise in men (p > 0.05).
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