Effects of @entity1735 , branched-chain XXXX , and @entity369 in recovery period on the subsequent performance in wrestlers.

@entity1522 @entity18200 @entity844 @entity1735 @entity653 @entity534 @entity369 @entity435 @entity413
Many athletes need to participate in multiple events in a single day. The efficient post-exercise glycogen recovery may be critical for the performance in subsequent exercise. This study examined whether post-exercise @entity1735 supplementation could restore the performance in the subsequent simulated wrestling match. The effect of branched-chain @entity1522 and @entity369 on @entity413 disposal and performance was also investigated. Nine well-trained male wrestlers participated in 3 trials in a random order. Each trial contained 3 matches with a 1-hr rest between match 1 and 2, and a 2-hr rest between match 2 and 3. Each match contained 3 exercise periods interspersed with 1-min rests. The subjects alternated 10-s all-out sprints and 20-s rests in each exercise period. At the end of match 2, 3 different supplementations were consumed: 1.2 g/kg @entity413 ( @entity435 trial), 1 g/kg @entity413 + 0.1 g/kg @entity534 + 0.1 g/kg @entity18200 ( @entity435 +AA trial), or water (placebo trial). The peak and average power in the 3 matches was similar in the 3 trials. After the supplementation, @entity435 and @entity435 +AA trial showed significantly higher @entity413 and insulin, and lower @entity653 and non-esterified @entity844 concentrations than the placebo trial. There was no significant difference in these biochemical parameters between the @entity435 and @entity435 +AA trials. Supplementation of @entity1735 with or without @entity18200 and @entity369 during the post-match period had no effect on the performance in the following simulated match in wrestlers. In addition, @entity18200 and @entity369 did not provide additional insulinemic effect.
