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不同運動對運動員舆非運動員血乳酸及血清免疫球蛋白之影響

The Effect of Endurance and Strength Exercise on Blood Lactate and Serum Immunoglobulin Concentration in Athletes and non-athletes

摘要


Purpose: To compare the effects of intense endurance and strength exercises on the blood lactate and serum immunoglobulin concentration between athletes and non-athletes. Methods: There were 9 athletes with average age 18.89±0.60 yrs, height 165.22±4.35 cm, weight 51.67±4.12 kg, and VO2max 54.07±2.20 ml•kg-1•min-1. The other 9 non-athletes with average age 19.11±0.33 yrs, height 158.33±3.81 cm, weight 51.33±6.32 kg, and VO2max 36.54±3.65 ml•kg-1•min-1. Subjects were asked to perform both intense endurance and strength exercises (running on a treadmill until exhausted and knee extension and flexion on a Kin-Com until fatigue, respectively). Blood samples were collected both before and after exercises. The data was analyzed by the two- factorial ANOVA and pearson product-moment correlation coefficient. Results: The VO2max and peak torque of athletes were significantly higher than non -athletes (p<.05). The blood lactate of both groups was significantly increased after different exercises (p<.05). The serum immunoglobulin was significantly increased in athletes after the intense endurance exercise (p<.05), but was no significant difference in non-athletes. There was no significant difference before and after strength exercise for both groups. There was no significant correlation in the variety of blood lactate and serum immunoglobulin before and after different exercises for both groups. Conclusions: The concentration of immunoglobulin of serum would be enhanced after the athlete did the intense endurance exercise. It needs further study to know whether it is related to the fact of long-term regular exercise training. There was no significant relationship between blood lactate and serum immunoglobulin (IgG, IgA, IgM) before and after exercise.

並列摘要


Purpose: To compare the effects of intense endurance and strength exercises on the blood lactate and serum immunoglobulin concentration between athletes and non-athletes. Methods: There were 9 athletes with average age 18.89±0.60 yrs, height 165.22±4.35 cm, weight 51.67±4.12 kg, and VO2max 54.07±2.20 ml•kg-1•min-1. The other 9 non-athletes with average age 19.11±0.33 yrs, height 158.33±3.81 cm, weight 51.33±6.32 kg, and VO2max 36.54±3.65 ml•kg-1•min-1. Subjects were asked to perform both intense endurance and strength exercises (running on a treadmill until exhausted and knee extension and flexion on a Kin-Com until fatigue, respectively). Blood samples were collected both before and after exercises. The data was analyzed by the two- factorial ANOVA and pearson product-moment correlation coefficient. Results: The VO2max and peak torque of athletes were significantly higher than non -athletes (p<.05). The blood lactate of both groups was significantly increased after different exercises (p<.05). The serum immunoglobulin was significantly increased in athletes after the intense endurance exercise (p<.05), but was no significant difference in non-athletes. There was no significant difference before and after strength exercise for both groups. There was no significant correlation in the variety of blood lactate and serum immunoglobulin before and after different exercises for both groups. Conclusions: The concentration of immunoglobulin of serum would be enhanced after the athlete did the intense endurance exercise. It needs further study to know whether it is related to the fact of long-term regular exercise training. There was no significant relationship between blood lactate and serum immunoglobulin (IgG, IgA, IgM) before and after exercise.

參考文獻


狄建(2002)。血乳酸值與肌細胞酸性化關聯因素對游泳無氧能力的影響。西安體育學院學報。19(1),46-48。
侯明新|張培玉(1999)。運動與衰老機體的免疫功能。中國運動醫學雜誌。18(4),348-353。
郝選明|萬文君(1999)。補體系統對有氧運動的免疫應答與適應性特徵。中國運動醫學雜誌。18(3),23-26。
張曉丹|李沐陽|黃金銘|熊啟斌(2003)。打陀螺運動對人體免疫球蛋白的影響。西安體育學院學報。20(2),48-50。
馮煒權(1998)。運動訓練生物化學。北京:北京體育大學出版社。

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