AIM: The aim of this work was to determine the ergogenic effects of a @entity377 supplement on the metabolic and immune responses to short term high intensity exercise in volunteer, trained, male subjects. METHODS: Thirty moderately trained male subjects were randomly divided into 3 equal sized groups, control (C), placebo (P) or experimental (E). Each subject undertook a 2 min maximal exercise test prior to, and after 60 days, on either a @entity377 (E) or placebo supplement. Prior to exercise testing unstimulated saliva samples and blood samples were taken. Saliva was analysed for @entity701 and IgA, while blood was analysed for @entity880 , @entity880 dehydrogenase and @entity908 kinase. RESULTS: The postexercise C value was significantly higher than the pre-exercise concentration (P<0.0001; for C, P, and E). In the postsupplement C analysis, the E postexercise group was significantly lower than either the C (P<0.005) or the P group (P<0.05). In the pre- and postsupplementation periods, the pre-exercise SIgA values were significantly higher than the postexercise values (P<0.0001). However, in the postsupplementation period, the SIgA value in the E group was significantly higher than either the P (P<0.05) or C (P<0.05) groups. There were no significant changes in blood @entity880 , @entity880 dehydrogenase, or @entity908 kinase concentrations post supplementation. CONCLUSIONS: We concluded that a chronically ingested @entity377 supplement blunts the response of the hormones associated with physiological stress.

The effects of a XXXX supplement on the immune and metabolic response to short term, high intensity exercise performance in trained male subjects.

@entity880 :: ('MESH:D019344', 'Chemical') :: ['lactate'] @entity908 :: ('MESH:D003401', 'Chemical') :: ['creatine'] @entity377 :: ('CHEBI:36976', 'Chemical') :: ['nucleotide'] @entity701 :: ('MESH:D006854', 'Chemical') :: ['cortisol']
@entity377 :: (CHEBI:36976,Chemical) :: ['nucleotide']
