4.5 Article

Acute physiological responses to a pyramidal exercise protocol and the associations with skin temperature variation in different body areas

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JOURNAL OF THERMAL BIOLOGY
卷 115, 期 -, 页码 -

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PERGAMON-ELSEVIER SCIENCE LTD
DOI: 10.1016/j.jtherbio.2023.103605

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Infrared thermography; Thermal imaging; Exercise physiology; Biotechnology; Cycling

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This study aimed to examine whether disparities between the skin temperature (Tsk) of different regions of interest (ROI) were associated with specific acute physiological responses during cycling. Seventeen participants performed a pyramidal load protocol on a cycling ergometer and Tsk was measured in five ROI using three infrared cameras. The results showed that perceived exertion and calves' Tsk had the highest correlation. Regression models revealed that heart rate and perceived exertion were inversely related to calves' Tsk. The duration of exercise was directly associated with nose tip and calf Tsk, but inversely related to forehead and forearm Tsk.
This study aimed to examine the skin temperature (Tsk) variations in five regions of interest (ROI) to assess whether possible disparities between the ROI's Tsk could be associated with specific acute physiological re-sponses during cycling. Seventeen participants performed a pyramidal load protocol on a cycling ergometer. We synchronously measured Tsk in five ROI with three infrared cameras. We assessed internal load, sweat rate, and core temperature. Reported perceived exertion and calves' Tsk showed the highest correlation (r =-0.588; p < 0.01). Mixed regression models revealed that the heart rate and reported perceived exertion were inversely related to calves' Tsk. The exercise duration was directly associated with the nose tip and calf Tsk but inversely related to the forehead and forearm Tsk. The sweat rate was directly related to forehead and forearm Tsk. The association of Tsk with thermoregulatory or exercise load parameters depends on the ROI. The parallel obser-vation of the face and calf Tsk could indicate simultaneously the observation of acute thermoregulatory needs and individual internal load. The separate Tsk analyses of individual ROI appear more suitable to examine specific physiological response than a mean Tsk of several ROI during cycling.

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