Abstract

The purpose of this study was to investigate the effect of post-challenge acute values of serum cortisol levels in elite and sedentary athletes before aerobic exercise. This study included 22 elite middle-distance runners from various clubs around Turkey and 16 voluntary non-athlete men. The Cooper test was applied to study subjects. Heart rate values and blood samples of the subjects were taken before and after the Cooper test. The blood samples were analyzed at Central Biochemistry Laboratory of Şahinbey Research and Application Hospital of Gaziantep University. The results showed statistically significant difference between sedentary and athlete groups in comparison of BMI (P<0.05). A statistically significant difference was also found in pre-exercise cortisol and potassium levels and post-exercise lactate and potassium levels between both groups (P<0.05). No statistically significant difference was detected between groups in comparison of other blood parameters (P>0.05). Again, no statistically significant difference was found between pre-test and post-test values of pre and post-exercise Cortisol and Potassium levels of both groups (P>0.05).Consequently, cortisol levels were same in both groups and were not affected by exercise. According to these results, it can be said that athletes’ volume of air entering the lungs is higher than those who do not do sports, and the level of their anaerobic respiration is lower.

Highlights

  • Athletes need a wide range and different levels of exercise to optimize their performance

  • The main reason is the fact that the increases and decreases in exercise generally reflect adjustments in hormone amounts released by the endocrine gland

  • This study aimed to examine the impact of hormones, minerals and lactate on elite athletes running middle distance from various sports clubs in Turkey

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Summary

Introduction

Athletes need a wide range and different levels of exercise to optimize their performance. The severity and range of exercises cause many hormonal changes in the bodies of athletes. The rates of some hormones in the blood increase or decrease when compared in terms of exercise, training and resting values (Erdemir and Tüfekçioğlu, 2008). The main reason is the fact that the increases and decreases in exercise generally reflect adjustments in hormone amounts released by the endocrine gland. It should be taken into account that they can reflect changes in blood levels, metabolic turnovers and hemo-concentration effects (Erdemir and Tüfekçioğlu, 2008)

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