Abstract:
The benefits and harms of exercise are subject to differences of opinion. Precisely, much
stressed exercises may be led to oxidative pressure, in addition, Smoking causes another type
of oxidative pressure in human body. Stressful exercise may lead to pressure oxidation reflect
its role in the deterioration of muscle strain due to increased anaerobic oxidation processes
during training. Moreover, smoking is a major cause to increase anaerobic oxidation
processes occurring within a living body that increases situation worse. In this paper, we took
a 17 students as samples in our research, all of them are male, from Education Sports College,
Universityof Diyala. They were selected at random, 7 of them are smokers, where 13 are non smokers. Student samples had subjected to complete a training track which was ran for (1500-
3000 m). we do some measurements. Such measurements included evidence of muscle
fatigue (lactic acid level in the plasma)impact of smoking rate (measure hemoglobin level and
blood viscosity).As results, we got a featured significance differences in muscle strain after
exercises effort compared to the rest. Measurements proved that group of smoking student
had higher muscular stress compared to non-smoking student. The measurement rate effective
of smoking (Hb, PCV%)have shown a significance differences between smokers and non smokers. Conclusion, the muscular stress and balance with antioxidants is defective for
smokers, this imbalance is increased by subjecting to pressure training. Although, this has not
been reflected on the performance of training. We expect smoker will have impact on
performance on long term