Thermographic Changes following Short-Term High-Intensity Anaerobic Exercise

Nir Fink, Shai Bogomilsky, Avi Raz, Oshrit Hoffer, Mickey Scheinowitz

Research output: Contribution to journalArticlepeer-review


Current studies report thermographic changes following aerobic or resistance exercise but not short, vigorous anaerobic exercise. Therefore, we investigated body surface temperature changes using thermal imaging following a short session of anaerobic exercise. We studied three different regions of interest (ROIs): the legs, chest, and forehead. Thermal imaging for each participant was performed before and immediately after completing a Wingate anaerobic test and every minute during a 15 min recovery period. Immediately after the test, the maximum temperature was significantly higher in all ROIs (legs, p = 0.0323; chest, p = 0.0455; forehead, p = 0.0444) compared to pre-test values. During the recovery period, both legs showed a significant and continuous temperature increase (right leg, p = 0.0272; left leg, p = 0.0382), whereas a non-significant drop was noted in the chest and forehead temperatures. Additionally, participants with a lower anaerobic capacity exhibited a higher delta increase in surface leg temperature than participants with higher anaerobic capacities, with a minimal change in surface leg temperature. This is the first study to demonstrate body surface temperature changes following the Wingate anaerobic test. This temperature increase is attributed to the high anaerobic mechanical power outputs achieved by the leg muscles and the time taken for temperature reduction post-exercise.

Original languageEnglish
Article number2175
Issue number11
StatePublished - Nov 2023
Externally publishedYes


  • anaerobic mechanical power output
  • body surface temperature
  • thermal imaging
  • thermographic changes
  • Wingate anaerobic exercise test


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