Özet:

Exercise is an important method of regulating the activity of the body’s energy metabolic system by increasing mechanical activity or hormonal effects. Our aim in this study is to study the effects of aerobic exercise on the iris hormone that increases energy consumption and the hormone nesphatin-1 that suppresses energy consumption and their relationship with creatine kinase (CK) that reflects increased muscle damage. A total of 30 healthy, sedanter male participants were applied 30 minutes of aerobic running exercises on the anaerobic edges. Blood samples were taken before and after the exercise. Serum irisine, nesphatin-1 and CK were analyzed. Results: All participants showed an increase in serum irisine and CK levels during the course of exercise (with 16.4 and 25.7 percent). Although the average values showed a statistically significant increase, the level of nesfatin-1 did not increase in all participants (%12.1). The increase in the positive direction between Irisin and CK levels observed a statistically meaningful correlation. EXPERIENCE AND RESULT: Exercise-related muscle activity can lead to an increase in levels of CK and iris. Nesphatin-1 may not appear as an exercise-related hormone and does not correlate with increased muscle activity. Average intensity aerobic exercise can have beneficial effects on the body’s energy regulatory systems by changing metabolic hormones.

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