<p><i>A</i>, twitch to tetanus ratios expressed relative to the pre-fatigue twitch to tetanus ratio. Before creatine incubation, the twitch to tetanus ratio in fatigued muscle was similar to that in the pre-fatigue state. After creatine incubation however, the twitch to tetanus ratio in the fatigued state was significantly higher than in the pre-fatigue state. Statistically significant differences are indicated by “*” (<i>P</i><0.05). <i>B</i>, force tracings of twitches and 100-Hz tetani obtained from one EDL muscle. In the fatigued muscle, creatine incubation increases the twitch force and tetanic force. In the recovered muscle however, creatine incubation makes little difference to the twitch and tetanic forces.</p
The purpose of this investigation was to determine if creatine supplementation assisted with reducin...
<p>Summarises the (A) maximum tetanic force and the reduction in force during a fatigue train experi...
Unaccustomed eccentric exercise may cause skeletal muscle damage with an increase in plasma creatine...
<p><i>A</i>, Rate of relaxation. Creatine treatment resulted in significantly faster relaxation in f...
<p><i>A</i>, time taken for force to fall to 50% of original force. Creatine incubation resulted in ...
Creatine supplementation can improve performance during high intensity exercise in humans and improv...
Creatine supplementation can improve performance during high intensity exercise in humans and improv...
Background: Creatine supplementation can improve performance during high intensity exercise in human...
AbstractBackground: Creatine supplementation can improve performance during high intensity exercise ...
<p>Each graph shows the force-frequency curves under control and creatine-treated conditions. In the...
<p>Sigmoidal curves were fitted to the force-frequency data to obtain the half-frequency (<i>A</i>) ...
<p>Creatine incubation resulted in a significant increase in the wet weight of whole EDL muscle (<i>...
Purpose This study aimed to examine the effects of intermittent isometric fatigue on maximal volunta...
a<p>Significantly different from baseline (P<0.05); <sup>b</sup>significantly different from D2, D3 ...
Previous studies have shown that creatine supplementation reduces muscle damage and inflammation fol...
The purpose of this investigation was to determine if creatine supplementation assisted with reducin...
<p>Summarises the (A) maximum tetanic force and the reduction in force during a fatigue train experi...
Unaccustomed eccentric exercise may cause skeletal muscle damage with an increase in plasma creatine...
<p><i>A</i>, Rate of relaxation. Creatine treatment resulted in significantly faster relaxation in f...
<p><i>A</i>, time taken for force to fall to 50% of original force. Creatine incubation resulted in ...
Creatine supplementation can improve performance during high intensity exercise in humans and improv...
Creatine supplementation can improve performance during high intensity exercise in humans and improv...
Background: Creatine supplementation can improve performance during high intensity exercise in human...
AbstractBackground: Creatine supplementation can improve performance during high intensity exercise ...
<p>Each graph shows the force-frequency curves under control and creatine-treated conditions. In the...
<p>Sigmoidal curves were fitted to the force-frequency data to obtain the half-frequency (<i>A</i>) ...
<p>Creatine incubation resulted in a significant increase in the wet weight of whole EDL muscle (<i>...
Purpose This study aimed to examine the effects of intermittent isometric fatigue on maximal volunta...
a<p>Significantly different from baseline (P<0.05); <sup>b</sup>significantly different from D2, D3 ...
Previous studies have shown that creatine supplementation reduces muscle damage and inflammation fol...
The purpose of this investigation was to determine if creatine supplementation assisted with reducin...
<p>Summarises the (A) maximum tetanic force and the reduction in force during a fatigue train experi...
Unaccustomed eccentric exercise may cause skeletal muscle damage with an increase in plasma creatine...