Study: NCT03995693

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of central and cutaneous temperatures
Description: Wireless sensors will be placed on the skin of the arm, chest, back, abdomen, thigh and calf using adhesive tape. A wireless thermometric pill will be ingested the morning of the experiment. These will allow the measurement of skin and central temperatures throughout the exercise protocol.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of central and cutaneous temperatures
Description: Wireless sensors will be placed on the skin of the arm, chest, back, abdomen, thigh and calf using adhesive tape. A wireless thermometric pill will be ingested the morning of the experiment. These will allow the measurement of skin and central temperatures throughout the exercise protocol.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of central and cutaneous temperatures
Description: Wireless sensors will be placed on the skin of the arm, chest, back, abdomen, thigh and calf using adhesive tape. A wireless thermometric pill will be ingested the morning of the experiment. These will allow the measurement of skin and central temperatures throughout the exercise protocol.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of central and cutaneous temperatures
Description: Wireless sensors will be placed on the skin of the arm, chest, back, abdomen, thigh and calf using adhesive tape. A wireless thermometric pill will be ingested the morning of the experiment. These will allow the measurement of skin and central temperatures throughout the exercise protocol.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of perceived exertion, pain perception and affective response
Description: 100 points scales (CR100) will be used to measure perceived exertion and pain perception immediately before ingesting the gas sampling. At the same time, affective responses will be assessed using the Feeling scale.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of perceived exertion, pain perception and affective response
Description: 100 points scales (CR100) will be used to measure perceived exertion and pain perception immediately before ingesting the gas sampling. At the same time, affective responses will be assessed using the Feeling scale.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of perceived exertion, pain perception and affective response
Description: 100 points scales (CR100) will be used to measure perceived exertion and pain perception immediately before ingesting the gas sampling. At the same time, affective responses will be assessed using the Feeling scale.

Intervention type: DIAGNOSTIC_TEST
Group type: EXPERIMENTAL
Intervention: Measure of perceived exertion, pain perception and affective response
Description: 100 points scales (CR100) will be used to measure perceived exertion and pain perception immediately before ingesting the gas sampling. At the same time, affective responses will be assessed using the Feeling scale.

Intervention type: PROCEDURE
Group type: EXPERIMENTAL
Intervention: Measure of sweat and urine production
Description: Sweat production and sampling will be performed by measuring body weight before and after exercise, after voiding the bladder. Mass loss through the urine and gases will be accounted for in order to compute sweat production. A sweat sample will be collected using a cotton gauze placed into a plastic collector affixed in the upper back of the participants. A urine sample will be taken from the urine collected at the end of the exercise period. Urine and sweat volumes along with respective urea concentrations will be used to compute protein oxidation during exercise.

Intervention type: PROCEDURE
Group type: EXPERIMENTAL
Intervention: Measure of sweat and urine production
Description: Sweat production and sampling will be performed by measuring body weight before and after exercise, after voiding the bladder. Mass loss through the urine and gases will be accounted for in order to compute sweat production. A sweat sample will be collected using a cotton gauze placed into a plastic collector affixed in the upper back of the participants. A urine sample will be taken from the urine collected at the end of the exercise period. Urine and sweat volumes along with respective urea concentrations will be used to compute protein oxidation during exercise.

Intervention type: PROCEDURE
Group type: EXPERIMENTAL
Intervention: Measure of sweat and urine production
Description: Sweat production and sampling will be performed by measuring body weight before and after exercise, after voiding the bladder. Mass loss through the urine and gases will be accounted for in order to compute sweat production. A sweat sample will be collected using a cotton gauze placed into a plastic collector affixed in the upper back of the participants. A urine sample will be taken from the urine collected at the end of the exercise period. Urine and sweat volumes along with respective urea concentrations will be used to compute protein oxidation during exercise.

Intervention type: PROCEDURE
Group type: EXPERIMENTAL
Intervention: Measure of sweat and urine production
Description: Sweat production and sampling will be performed by measuring body weight before and after exercise, after voiding the bladder. Mass loss through the urine and gases will be accounted for in order to compute sweat production. A sweat sample will be collected using a cotton gauze placed into a plastic collector affixed in the upper back of the participants. A urine sample will be taken from the urine collected at the end of the exercise period. Urine and sweat volumes along with respective urea concentrations will be used to compute protein oxidation during exercise.