Changes in XXXX , @entity32 , and @entity1295 -related parameters in young elite soccer players after a match.

@entity32 @entity650 @entity251 @entity908 @entity1295 @entity701 @entity121
AIM: Professional soccer players are subjected to substantial physical loads during competitive seasons. We aimed to explore the changes induced by a soccer match on @entity121 and @entity32 biomarkers, and their relationship with @entity1295 parameters. METHODS: Twenty young male professional in-field soccer players from an Italian Serie A team (age 17-20 years, weight 73.0  7.0 kg, height 1.81  0.05m) played a 90-minute soccer match. Players' distances and velocities were recorded during the match. Before the match and 30 minutes, 24 and 48 hours after the match, blood samples were drawn and a full blood cell count was determined, along with serum @entity908 kinase (CK), @entity650 (hsIL-6), @entity701 and @entity251 . At the same time intervals, counter-movement jump (CMJ) performance was recorded. RESULTS: The players covered fewer meters at low velocities in the second period while the meters covered at higher intensity remained unchanged. CMJ height was lower at all post-game time-points compared to the pre-game measurement. Immediately after the match, CK, hs-IL6 and neutrophil counts were elevated. 24 and 48 hours after the match, CK and neutrophil counts remained significantly elevated. The distance covered during the game was found to be correlated with the values for post-match hsIL-6 (  =0.521, p=0.027), post 24-hour @entity701 (r=0.502, p=0.034) and the increase in @entity701 at 48 hours with respect to pre-match values (r=0.515, p=0.029). CONCLUSION: A soccer match provokes a transient systemic imbalance that results in @entity121 and inflammatory and performance- related parameter changes. HsIL-6 and @entity701 could be used to monitor recovery processes and as @entity1295 markers, even for short time periods.
