在長期訓練下不同運動項目在急性期蛋白、肝功能及細胞激素之變化

Analysis of Acute Phase Protein, Liver Function and Cytokines in Athletes of Different Types under Training Prepared Period

10.6194/SCS.2009.13.05

黃國欽(Kuo-Chin Huang)；邱亦涵(Yi-Han Chiu)；何采容(Tsai-Jung Ho)

訓練準備期 ； 訓練監控 ； 發炎 ； 趨化激素 ； training prepared period ； training monitor ； inflammatory ； chemokine

運動教練科學

13期（2009 / 03 / 01）

81 - 91

繁體中文

Purpose: this study was to investigate the C-reactive protein, GOT, GTP and inflammatory-related cytokines in male athletes of different types under training prepared period in order to monitor the training load and intensity. Methods: all health subjects were divided into four groups, including 10 gymnasts, 10 canoeists, 10 rugby players, and 10 aged-matched sedentary controls. After resting for 24 hours, 10 ml fasting vein blood samples were collected for determination of C-reactive protein, GOT, GPT, interleukin-1β and IL-8. Results: there was no difference in C-reactive protein. Gymnasts and rugby players were significantly higher GOT level than sedentary controls (p＜.05), however, GPT were no any distinction. There was remarkably higher IL-1β concentration in gymnastic and rugby groups than control (p＜.05). Moreover, the gymnasts and canoeists were considerably greater in IL-8 concentrations than control (p＜.05). Conclusion, the physiological situation of male young athletes under training prepared period may be changed by special training types when resting. Overtraining or high intensity training trend to enhance the levels of inflammatory-related cytokines or chemokines.

Purpose: this study was to investigate the C-reactive protein, GOT, GTP and inflammatory-related cytokines in male athletes of different types under training prepared period in order to monitor the training load and intensity. Methods: all health subjects were divided into four groups, including 10 gymnasts, 10 canoeists, 10 rugby players, and 10 aged-matched sedentary controls. After resting for 24 hours, 10 ml fasting vein blood samples were collected for determination of C-reactive protein, GOT, GPT, interleukin-1β and IL-8. Results: there was no difference in C-reactive protein. Gymnasts and rugby players were significantly higher GOT level than sedentary controls (p＜.05), however, GPT were no any distinction. There was remarkably higher IL-1β concentration in gymnastic and rugby groups than control (p＜.05). Moreover, the gymnasts and canoeists were considerably greater in IL-8 concentrations than control (p＜.05). Conclusion, the physiological situation of male young athletes under training prepared period may be changed by special training types when resting. Overtraining or high intensity training trend to enhance the levels of inflammatory-related cytokines or chemokines.

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