IMMUNOGLOBULIN (IGG) RESPONSE TO PHYSICAL STRESS AND COMBAT IN TAEKWONDO PLAYERS
DOI:
https://doi.org/10.61841/n0njgx20Keywords:
Immunoglobulin (IgG), training loads, Taekwondo.Abstract
This research aims to identify the effect of moderate and high-intensity physical training on the immunoglobulin G (IgG) response to physical stress and competition in taekwondo athletes, to identify the effect of competition duration on the IgG response to physical stress and competition in taekwondo athletes, and to study the differences between the effect of moderate and high-intensity physical training and competition duration on IgG levels in taekwondo athletes.
The researchers used a single-group experimental design with pre- and post-testing. The research sample, consisting of ten players from the North Gas Taekwondo Club team, was selected purposively. After collecting the data through the specified measurements, it was statistically analyzed. A number of conclusions were reached: high-intensity physical training has an effect on increasing immunoglobulin G (IgG) levels, comparable to the effect of competitive training in taekwondo players. A significant increase in IgG levels was observed as a result of competitive training, exceeding the effect of moderate-intensity training. Among the most important recommendations reached by the researchers are: regulating high-intensity training loads, which have an effect on increasing IgG levels; evaluating and developing training programs and planning physical conditioning for taekwondo players; and the necessity of considering measurements of the immune system, particularly IgG levels, in monitoring and evaluating the health and physiological status of taekwondo players and those participating in similar sports and activities with comparable energy production systems.
References
1. Ahmed Nirvana. (2007). "Designing a training program based on energy production systems and its effect on some blood components and some immune cells and proteins." Alexandria: Journal of Theories and Applications, Faculty of Physical Education for Boys, Alexandria University.
2. Al-Ashqar Hamed. (2014). Principles of Immunology. Alexandria: University Education House.
3. Al-Beik Abu Zeid Khalil. (2009). Modern Trends in Sports Training: Theories and Applications. Alexandria: Knowledge Establishment.
4. Hassouna Sobhi. (2006). Developing a training and competition strategy in Taekwondo based on some immune responses and biochemical changes. Unpublished doctoral dissertation. Alexandria: Faculty of Physical Education for Boys, Alexandria University.
5. Sayed Ahmed. (2013). Sports training and the immune system responses of elite athletes. Zagazig: Journal of Sports Education Research, Faculty of Physical Education for Boys, Zagazig University.
6. Sayed Ahmed. (2014). Principles of Sports Physiology. Cairo: The Book Center for Publishing.
7. Al-Shinawi Farha Al-Qasim Madhat. (2002). The Immune System Between Sports and Health, First Edition. Mansoura: Alam Al-Kutub.
8. Abd Al-Fattah Abu Al-Ala. (1999). Recovery in the Sports Field. Cairo: Dar Al-Fikr Al-Arabi.
9. Abd Al-Fattah Abu Al-Ala. (2012). Contemporary Sports Training. Cairo: Dar Al-Fikr Al-Arabi.
10. Al-Asfour Hamza. (2005). The Effect of the Preparation Period for Sports Competitions on Some Immune System Variables and Blood Component Characteristics of High-Level Athletes. Kingdom of Bahrain, University of Bahrain: College of Education, Department of Physical Education.
11. Al-Asfour Hamza. (2005). Hamza Jaafar Muhammad Al-Asfour. The Effect of the Preparation Period for Sports Competitions on Some Immune System Variables and Blood Component Characteristics of High-Level Athletes in the Kingdom of Bahrain. Bahrain: College of Education, Department of Physical Education, University of Bahrain.
12. Fayed Maram. (2012). The Effect of Varying Intensity Training on Some Immunoglobulins and Lymphocytes in Young Swimmers. Mansoura: Mansoura University.
13. Al-Fattah Abu Alaa Sayed Ahmed. (2003). Physiology of Physical Fitness. Cairo: Dar Al-Fikr Al-Arabi.
14. Mogahed Hamida. (2006). "Immune and Functional System Responses to Varying Intensity Physical Loads in Athletes of Some Aerobic Endurance Activities." Unpublished PhD Dissertation. Alexandria: Faculty of Physical Education for Boys, Alexandria University.
15. Nahasa Alaa. (2010). "The Effect of Playing Football on Some Immunological Proteins in Different Age Groups." Unpublished Master's Thesis.Tanta: Faculty of Physical Education, Tanta University.
16. Spence L, Nissen MD, Sloots TPP, McCormack JG, Locke AS, Pyne DB, Fricker PA, Brown WJ. (2005). Upper respiratory illness aetiology and symptomatology in elite and recreationally-competitive athletes.Brain Behav Immun.
17. Mackinnon, L,T.,. (2000). Special Feature For the Olympics: Effects of Exercise on the Immune System: Over Training Effects on Immunity and Performance in Athletes, Immunol. cell Biol., Vol. 78, No. .
18. Sandra et a. (1991). The effect of moderate exercise training on immune response medicine and science. sports and exercises.
19. Shephard RJ, Shck PN. (1998). Immunological Hazards from Nutrition Impalance in Athletes, Exere Immunol Rev:
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