Comparing the capacity of total oxidant and total antioxidant which is induced by acute exercise among professional footballers and sedanteries

In this research, is aimed to analyse the total oxidant (TOS), total antioxidant (TAS), oxidative stress index of acute exercise in footballers and sedantaries and the levels of creatine kinase (CK) and lactate dehydrogenase (LDH) from muscle damage parameters.20 footballers and 20 sedantary male volunteers participated in the research. Anthropometric features of bales from demographic information were determined with a digital length meter. TOS, TAS, OSI, CK and LDH levels of bales were analysed by making them hold 2 half-times matches which last 45 minutes each and drawing blood samples before the match, after the match and 24 hours after the match. Evaluations were made in statistic package programme. In repetitive measurement comparisions, variance analyses (ANOVA), Bonferroni multiple comparisons were used to determine the differenceand Pearson correlation factor to determine the relation between variants were benefited.The levels of (TOS-levels before and after the match) sedentaries were considered as high comparing the footballers (p<0.05). Though 24 hours after match TOS levels are different, it is not logical. TAS values after match are more meaningful than 24 hours after match and levels before match (p<0.01). Because of the increase in oxidant level, the levels before match and after match, OSI levels are found high in sedantaries. The CK levels of footballers before match, after match and 24 hours after match and LDH levels after match and 24 hours after match are higher than sedentaries. There is no relation between TOS and TAS before match (r=0.545), after match and 24 hours after match (r=0.464) among sedantaries. However, there is a meaningful relation between CK and TAS levels of Footballers before match, after match and 24 hours after match. It has been found that there is a meaningful relation among the footballers? levels of MS, LDH and TAS (r=0.631) .In conclusion, there is a meaningful increase in the levels of footballers' CK and LDH which are the indicators of muscle damage as well as TOS and TAS after the acute exercise comparing the previous situation. It can be said that the acute exercise does not improve adaptation ability to oxidative stress and the harmful effects related to oxidation increase after the match.