In cycling, the pedaling rate and load will affect the rider’s performance and the enjoyment of riding. Previous studies usually analyzed the lower extremity EMG with different pedaling posture and pedaling rate, but mostly by professional cyclists (Neptune & Hull, 1999). However, most riders are recreational riders, therefore the results of previous studies are not suitable for the untrained persons, there were no results of lower extremity EMG and pedaling force in the study of pedaling rate and load. The purpose of this study was to analyze the effect of the different pedaling rates and loads on pedaling force and lower extremity EMG
Introduction: Low cadence (<60 rpm) interval training is a commonly used training method among cycli...
Optimising body position on the bicycle may improve performance and reduce overuse injury risk. Howe...
International audienceThe purpose of this study was to examine the relationship between strength cap...
[[abstract]]Purpose: The aim of this study was to compare the pedaling force and lower extremity EMG...
Lower extremity muscle activity pattern changes with different pedaling frequencies. These changes w...
The objective of this study was to compare the efficiency of pedaling (EP) and the electromyographic...
The objective of this study was to compare the efficiency of pedaling (EP) and the electromyographic...
The purpose of this study was to quantify the EMG activity of selected lower limb muscles during cyc...
As a preliminary study for a preferential saddle height for cyclist, muscle activity pattern in lowe...
Recently, bicycle riding has become one of the most popular exercises. As the use time increased, th...
Purpose: To determine the effects of changes in pedaling frequency on the gross efficiency (GE) and ...
The objective of this study were 1) to find out the individual optimal pedalling rate in noncyclist ...
PURPOSE: To investigate the influence of force exerted of lower body on estimation of EE during an i...
International audienceAlthough pedaling is constrained by the circular trajectory of the pedals, it ...
International audiencePurpose: Maximal cycling exercise has been widely used to describe the power-v...
Introduction: Low cadence (<60 rpm) interval training is a commonly used training method among cycli...
Optimising body position on the bicycle may improve performance and reduce overuse injury risk. Howe...
International audienceThe purpose of this study was to examine the relationship between strength cap...
[[abstract]]Purpose: The aim of this study was to compare the pedaling force and lower extremity EMG...
Lower extremity muscle activity pattern changes with different pedaling frequencies. These changes w...
The objective of this study was to compare the efficiency of pedaling (EP) and the electromyographic...
The objective of this study was to compare the efficiency of pedaling (EP) and the electromyographic...
The purpose of this study was to quantify the EMG activity of selected lower limb muscles during cyc...
As a preliminary study for a preferential saddle height for cyclist, muscle activity pattern in lowe...
Recently, bicycle riding has become one of the most popular exercises. As the use time increased, th...
Purpose: To determine the effects of changes in pedaling frequency on the gross efficiency (GE) and ...
The objective of this study were 1) to find out the individual optimal pedalling rate in noncyclist ...
PURPOSE: To investigate the influence of force exerted of lower body on estimation of EE during an i...
International audienceAlthough pedaling is constrained by the circular trajectory of the pedals, it ...
International audiencePurpose: Maximal cycling exercise has been widely used to describe the power-v...
Introduction: Low cadence (<60 rpm) interval training is a commonly used training method among cycli...
Optimising body position on the bicycle may improve performance and reduce overuse injury risk. Howe...
International audienceThe purpose of this study was to examine the relationship between strength cap...