<p>, maximal aerobic power output; , oxygen uptake; , carbon dioxide production; RER, respiratory exchange ratio; HR, heart rate; F<sub>ox</sub>, fat oxidation rate; CHO<sub>ox</sub>, carbohydrate oxidation rate. *significantly increases with exercise intensity, §rest significantly different than exercise (20<b>–</b>57.5% ), † significantly different than 57.5% .</p
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fat(max)) has ...
BACKGROUND: regular exercise and physical activity have favourable effects on cardiorespiratory fitn...
<p>, maximal aerobic power output; , oxygen uptake; , carbon dioxide production; RER, respiratory ex...
<p>Values are means. , maximal aerobic power output; , oxygen uptake; , carbone dioxide production; ...
To assess the physiological demand of including high-intensity efforts during continuous exercise, w...
Carbohydrates and lipids are the most important fuels of energy metabolism. During exercise the cont...
The aim of the study was to determine the rate of fat oxidation during continuous and intermittent a...
<p>Values are the means±SE. : peak oxygen uptake; FFM: fat-free mass; PPO: peak power output; HR<i><...
This study aimed to compare the effects of 2 different prior endurance exercises on subsequent whole...
<p>Lower and higher limit of agreement are separated by a comma. , maximal aerobic power output; , o...
<div><p>Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fat<su...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Substrate oxidation was compared during different high-intensity intermittent exercise (HIIE) protoc...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fat(max)) has ...
BACKGROUND: regular exercise and physical activity have favourable effects on cardiorespiratory fitn...
<p>, maximal aerobic power output; , oxygen uptake; , carbon dioxide production; RER, respiratory ex...
<p>Values are means. , maximal aerobic power output; , oxygen uptake; , carbone dioxide production; ...
To assess the physiological demand of including high-intensity efforts during continuous exercise, w...
Carbohydrates and lipids are the most important fuels of energy metabolism. During exercise the cont...
The aim of the study was to determine the rate of fat oxidation during continuous and intermittent a...
<p>Values are the means±SE. : peak oxygen uptake; FFM: fat-free mass; PPO: peak power output; HR<i><...
This study aimed to compare the effects of 2 different prior endurance exercises on subsequent whole...
<p>Lower and higher limit of agreement are separated by a comma. , maximal aerobic power output; , o...
<div><p>Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fat<su...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Substrate oxidation was compared during different high-intensity intermittent exercise (HIIE) protoc...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fatmax) has be...
Aerobic exercise training performed at the intensity eliciting maximal fat oxidation (Fat(max)) has ...
BACKGROUND: regular exercise and physical activity have favourable effects on cardiorespiratory fitn...