THE SYNDROME OF OVERTRAINING AMONG THE ALGERIAN ELITE JUDOKAS (YOUNGER MEMBERS OF THE ALGERIAN NATIONAL TEAM) DURING A COMPETITION FOLLOW-UP

Si Merabet H. S., N. Bendahman, S. A. Khlifa, N. Mimouni, H. Aek Kharobi

Abstract


Introduction:  The main objective of this study is to detect the existence of a state of fatigue and a syndrome of overtraining among Algerians judokas of the youngest category (girls and boys) by the use of the questionnaire of fatigue among the child athlete (QFES) and to evaluate the variations of the score by report has its 07 dimensions. Method: 24 judokas cadets of the national team, 14 boys 58.3% and 10 girls 41,7%. The boys are an average age of 16.21±0.21 years, an average weight of 67±16,40kg and a stature of 171,64±9,49cm. They have a body mass index(BMI) of 22.69±4.94 kg/m².girls have an average age of 16.20±0.78 years, a weight of 59.1±7.89 kg and a stature of 163.9±3,14cm.The BMI is equal to 21,95±2.50 kg/sq. m. The athletes are attending school between the fourth average year at the College and the second year of secondary school. During the period of the microcycle stage of competition which is taking place between 01 March 2017 and 31 May 2017, we distributed the questionnaire at the end of the competition at the Championship in Algeria (Algiers, 27/05/2017). Results: The score of the questionnaire was to 40.01±8.58 (minimum=27, 00, maximum=54), 33.33% of athletes their scores to the QFES≥45. The average score for an item is 1.1±0.11. The ranking of items of the QFES by average quotation with significant threshold retained of p<0.05. The results are expressed in average ± standard deviation. Conclusion: The main results show that in the questionnaire QFES fatigue is a sensitive tool to detect a state of fatigue. However, a biological study is imperative in order to establish the correlation between syndrome of the overtraining and oxidative stress among young judokas

 

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fatigue, syndrome of overtraining, physiology, psychophysiology, adolescents

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Blair, S., Cheng, Y., & Holder, j. (2001). Is physical activity on physical fitness more important in defending health benefits? Med sport exercise, 379-399.

Bouix, O., Brun, J.-F., Fedou, C., Micallef, J.-P., Charpiat, A., Rama, D., et al. (1996). Exploration De Gymnasts Adolescents De Classe Sportive: Quel Suivi Medical pour la Croissance et la Puberte? Sci Sport, 51-65.

Bricout, V.-A. (2003). Interet du questionnaire du surentrainement de la societe francaise de medecine du sport lors d'un suivi de sportifs. Science et sport, 293-295.

Bricout, V.-A., & Favre-Juvin, A. (2006). Elaboration et validation d'un questionnaire de fatigue chez les enfants sportifs. Archives de pediatrie, 405-431.

Bricout, V.-A., Charrier, I., & Favre- Juvin, A. (2008). Questionnaire De L'enfant Sportif Qfes Lors D'un Suivi De Quatre Ans chez de Jeunes Skieurs. Annales De Readaptation et Medecine Physique, 184-192.

Bricout, V.-A., Charrier, I., & Favre-Juvin, A. (2008). Questionnaire de fatigue de l;enfants sportif QFES lors d'un suivi de quatre ans chez des jeunes skieurs. Anales de readaptation et de medecine physique, 184-192.

Bricout, V.-A., Charrier, I., & Favre-Juvin, A. (2007). Utillisation du questionnaire de fatigue QFES chez l'enfant sportif dans un suivi individualiser: a propos de deux cas. Annales de readaptation et medecine physique, 685-689.

Bricout, V.-A., Guinot, M., Duclos, M., Koulmann, M., Serrurie, B., Burn, J., et al. (2006). Position de consensus: Apport des examens biologiques dans le diagnostique de surentrainement. Science et sport, 319-350.

Carrier, C. (2000). Modele De L’invistissement Sportif De Haut Niveau et Lien Addictif au Mouvement. Ann Med Interne, 60-64.

Chaoulouf, F. (1989). Physical Exercise and Brain Monoamines: A Review Acta Physiol. Scand, 1-13.

Christenssen, M., Ulrich, S., Ferey, W., Schmid, C., Milos, G., & Simone, M. (2015). Problemes et Maladies Psychiques Dans les Sports de Performance. Forum Medicale Suisse, 1044-1050.

Colliander, E., Dudley, G., & Tesch, P. (1988). Skeletal Muscle Fiber Type Composition and Performance during Repeats Bouts Of Maximal, Concentric Contractions. European Journal of Applied Physiology, 81-86.

Costile, D., Flynn, M., & Kirwan, J. (1988). Effects of repeated days of intensified training on muscle glycogen and swimming performance. Med.Sci.Sport Exercice, 249-254.

Costill, D., Flynn, M., & Kirwan, J. (1988). Effect of Repeated Days of Intensified Training on Muscle Glycogen and Swimming Performance. Med Sci .Sports Exerc, 249-254.

Daniele, D., Juliano, D., Emerson, F., & Saray, G. (2015). Effects of Successive Judo Matches On Fatigue And Muscle Damage Markers. Journal of Strength and Conditioning Research, 1010-1016.

Emerson, F., Giro, J.-B., David, H., & Guilherm, G. (2013). The Physiology of Judo - Specifique Training Modalities. The Journal of Stretching and Conditioning Research, 1-8.

Flore, P., Srazzin, P., & Favre-Juvin, A. (2003). Le questionnaire de la Societe Francaise de Medecine du Sport. Science et sport, 290-292.

G. Dine, a O. Corpel a, O. N'guyen a, C. Gindre, V. Genty. (2008, 02). Parametres biologiques du surentrainement. Springer, 01.

Gould, D., Tuffey, S., Udry, E., & Loher, D. (1996). Burnout in Competitive Junior Tennis Players. The Sport Psychologiste, 257-276.

Gueznnec, C., Satabin, P., Legrand, H., & Bigard, A. (1994). Physical Performance and Metabolic Changes Induced by Combined Prolonged Exercise and Different Energy Intakes In Human. Eur.J.App.Physiologie, 525-530.

Hultman, E., & Greenhaff, P. (1991). Skeletal Muscle Energy Metabolism and Fatigue during Intense Exercise in Man. Science Progress, 361-370.

Jayanthi, N., Labella, C., Fischer, D., Paulska, J., & Dugas, L. (2015). Sport-Specialized Intensive Training and Risk of Injury in Young Athletes: A Clinical Case-Controle Study. Am J Sports Med, 794-801.

khalfouni, M., Bensaleh, T., Ousmail, M., & Haouas, F. (2016). Prevalence De L'anorexie Athletique chez les Judokates Algerienne. Revue Sciences et Pratique des Activites Physiques et Sportives et Artistiques, 19-24.

Kuipers, h; Keizer, HA. (1988). Overtraining in Elite Athletes. Sport Med, 79-82.

Laure P, Dine G. (2001). Exploration et suivi biologique du sportif. Masson, Paris. legros, p., & le groupe, d. s. (1992). Le surentrainement. Science et sport, 51-57.

Michel, G., Ouakil, D.-P., Lehuzey, M., Mouren, M., & Simeoni. (2003). Pratiques Sportives et Correlats Psychopathologiques Chez L'enfant et L'adolescent. Rev Neuropsychiatrie De L'enfance et de L’adolescence, 179-185.

Morton, R., Ferry, A., & Keast, d. (1991). Overtraining in Athletes. Sport Med, 32-65.

Mtveiv, l. (1983). Aspects fondamenteaux de l'entrainement. Paris: Vigot.

Oertel, G. (1988). Morphometric Analysis of Norma Skeletal Muscles in Infancy, Childhood and Adolescence an Autopsy Study. J Neurol Sci , 303-313.

Olivier, R. (2003). Revue Medicale De La Suisse Normande, 317-376.

Ouakil, D.-P., Michel, D., Baup, N., Mouren, M.-C., & Simeoni. (2002). Aspects Psychopathologiques De L'exercice Physique Intensif chez L'enfant et L'adolescent. An, Med Psycho, 543-549.

Petibois, C; Cazorla, G; Deleris, G; Gin, H. (2001). L'etiologie Clinique Du Surentrainement Au Travers De L'examen Sangun. Rev Med Interne, 723-736.

Richard, H.-C. (2005). Psychologie Du Sport. Bruxelle: De Boeck.

Rietjens G J, K. H. (2005). Physiological, biochemical and psychological markers of strenuous training-induced fatigue. Int J Sports Med, 16-26.

Sesboue, B., & Guincester, J.-Y. (2006). Muscular Fatigue. Annales de Readaptation et de Medecine Physique, 348-354.

Van Praagh, E. (2008). Physiologie Du Sport Enfant Adolescent. Bruxelle: De Boeck.

Vealey, R., Udry, E., Zimerman, V., & al. (1992). Interpersonal and Situational Predictors of Coaching Burnout. Journal of Sport Exercise and Psychology, 40-58.

Weineck, y. (1997). Manuel de’entrainement, physiologie de la performance sportive 4eme edition. Paris: vigot.

Winkler, R., Thoerux, p., & Lhuissier, F. (2016). Lien Entre Le Score De Fatigue De L'enfant Sportif Et La Presence De Blessure En Section Sportive Scolaire. Science et Sport, 1-10.

Yangiya, T., Kanehisa, H., Kouzaki, M., Kawakami, Y., & Fukunga, T. (2003). Effect of Gender on Mechanical Power output during Repeated Bouts of Maximal Running in Trained Teenagers. International Journal Of Sport Medicine, 304-310




DOI: http://dx.doi.org/10.46827/ejpe.v0i0.1534

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