المستخلص:
احتوى الباب على مقدمة البحث واهميته والتي تم التركيز فيها على التعريف بمخزونات الطاقة اللاوكسجينية لبعض فعاليات العاب القوى واهمية دراستها، وتكمن مشكلة البحث في التعرف اولا على مخزونات الطاقه اللااوكسجينية في النسيج العضلي بشكل دقيق يعتمد القياس المباش | Contained the research's introduction and its importance, in which focus was made in identifying the non - oxygen (anaerobic) energy stores for some of the track and field activities and its studying importance. The research's problem lies in first identifying the non - oxygen energy stores in the muscular tissue in a direct method which depends on direct measurement and working to avail of it in the future in assessing the capabilities of the players who practice some non - oxygen activities, thereby providing the possibility of finding appropriate solutions for this problem which might require performing future researches in this direction to find other vents for developing the non - oxygen capabilities. The research's objectives are summarized in the following : 1 - Identifying the stored quantity of the non - oxygen energy inside the working muscular cell, according to some different track and field's activities. 2 - Carrying out a comparison between the non - oxygen energy stores with regard to its quantity and type (according to some different track and field's activities). The researcher assumed the following : 1 - There are differences of statistical significance between some of the non - oxygen energy stores with regard to quantity and type, according to some different track and field's activities. As for the research fields, they were : The human field : A sample of players in the track and field activities (100m, 110 hurdles, long jump, high jump); time field : The period from 8/4/2013 till 11/5/2013; the space field : Tirbiyat Mudarris university for higher studies in the Republic of Iraq / Tehran, Department of Biochemistry. Second part : In it, the researcher dealt with the theoretical studies, where the following was discussed : The structural muscular cell, its general and fine compositions, its contents, the difference between its fibers, its working mechanism, some of its biochemical reactions, the system and body effort which are relating to the discussed track and field activities. Third part : It included the research's methodology and its field procedures, where the researcher used the comparative academic methodology. The studying sample consisted of eight male volunteer players of the national team (adults category) in some of the track and field activities (the long jump, the high jump, the 100 meters sprint, the 110 meters hurdles sprint) who have participated in the 2013 Iraq's championship. They are divided according to their specialized activity where the researcher did not interfere in their distribution. They are distributed into four groups, each group represents an activity of the mentioned track and field activities, each group has two players who were chosen by the intentional method, the body mass index, actual age and training age were calculated for each of them, with a description of the used research tools, devices and equipment, with determining the study's variables. Some of the energy stores in the muscular specimen were the triple phosphate adenosine (ATP) quantity, the phosphorus creatine (CP) quantity. The tests of the fibers and their biochemistry was determined by the Biolominometer device of the German international company (Berthold) which is available in Iran. Travelling occurred with the players and the study measurements was made by drawing a specimen from their quadriceps muscle's tissue in Tirbiyat Mudarris university in Tehran city according to the laboratory conditions and regulations. The specimen drawing's method and condition and the study's performance were described. The researcher used the statistical system (SPSS) to deduct the arithmetic mean values, the normative error of the arithmetic mean, the normative variation, the Kruskal Wallis test value and the Mann Whitney test.Fourth part : It included demonstrating the results by tables and analyzing them, where the results of the stored quantity's values of each of the study's variables were demonstrated, then comparison was carried out with regard to their quantities and values for some different track and field activities which are studies, then they were discussed and supported by references. Fifth part : It contained the conclusions from this study and its recommendations and suggestions : The most important conclusions were summarized as follows : 1 - The stored quantity of the triple phosphate adenosine (ATP) in the muscular specimen varies among the players according to their track and field activity. 2 - The stored quantity of the triple phosphate adenosine (ATP) in the muscular specimen did not vary except between the runners of the 100 meters and 110 meters hurdles, and it did vary between the long jump and high jump players. 3 - The stored quantity of the triple phosphate adenosine (ATP) in the muscular specimen at the runners of the 100 meters and the 110 meters hurdles is more than the stored quantity at the long jump and high jump players. 4 - The stored quantity of the phosphorus creatine (CP) in the muscular specimen is different between the players, according to their activities in the track and field. 5 - The stored quantity of the phosphorus creatine (CP) in the muscular specimen did not vary between the runners of the 100 meters and the 110 meters hurdles, neither did it vary among the long jump and high jump players. 6 - The stored quantity of the phosphorus creatine (CP) in the muscular specimen at the players of the long jump and high jump is more than the stored quantity at the runners of the 100 meters and the 110 meters hurdles.
اسم المشرف:
سمير مسلط الهاشمي
اسم المؤلف:
لقاء عبد الزهرة عبيد
