高溫下長距離跑步前後血液生化值的探討

Effects of Long Distance Runing on Blood Parameters during High Temperatures

10.29704/JDIT.200712.0010

王宏正(Hung-Cheng Wang)；林韋儒(Wei-Ju Lin)

長跑 ； 高溫環境 ； 心肌肌絲蛋白 ； 乳酸 ； 天門冬胺酸轉胺酶 ； 丙酮酸氨轉胺酶 ； 肌酸激酶 ； 乳酸去氫酶 ； long distance ； high temperatures ； ALT ； AST ； LDH ； CK ； LA ； TNT

大漢學報

22期（2007 / 12 / 01）

169 - 178

繁體中文

The study of 40 university players was divided into two teams: A and B. Average 19.85 years old, which took part in 2. 10,000 meter of running in high temperature. Blood tests for AST、ALT、CK、LDH、LA and TNT were taken before, immediately after 1 hour, 5 hours after and 24 hours after exercise. (1) Enzyme activity in the blood before and after exercise of all the participating athletes. (2) Differences of Enzyme activity in the blood between the A and B teams. Results: 1. There was hardly any change in any of the 40 players ALT (p＞0.05). The AST measured immediately after exercise rose (p＜0.05), but after 1 hour returned to the level before exercise. The level of CK rose after exercise and when compared with the results before exercise the difference was (p＜0.05), after 24 hours the level was of that before exercise. After 1 hour of activity LDH rose, but after 5 hours and 24 hours an obvious downward pattern was noted. The levels of LA after 1, 5 and 24 hours of exercise dropped. 2. The difference between A and B teams CK levels before exercise and 1 hour after exercise was (p＜0.05). The results from all the other tests showed the following difference between the 2 teams: (p＞0.05). The athletes competed in high temperatures with a high level of humidity and although during the 24 hours after exercise there was some change in the Enzyme activity in the blood, the levels returned to normal after another 24 hours. Therefore having no effects on the athlete's bodies.

The study of 40 university players was divided into two teams: A and B. Average 19.85 years old, which took part in 2. 10,000 meter of running in high temperature. Blood tests for AST、ALT、CK、LDH、LA and TNT were taken before, immediately after 1 hour, 5 hours after and 24 hours after exercise. (1) Enzyme activity in the blood before and after exercise of all the participating athletes. (2) Differences of Enzyme activity in the blood between the A and B teams. Results: 1. There was hardly any change in any of the 40 players ALT (p＞0.05). The AST measured immediately after exercise rose (p＜0.05), but after 1 hour returned to the level before exercise. The level of CK rose after exercise and when compared with the results before exercise the difference was (p＜0.05), after 24 hours the level was of that before exercise. After 1 hour of activity LDH rose, but after 5 hours and 24 hours an obvious downward pattern was noted. The levels of LA after 1, 5 and 24 hours of exercise dropped. 2. The difference between A and B teams CK levels before exercise and 1 hour after exercise was (p＜0.05). The results from all the other tests showed the following difference between the 2 teams: (p＞0.05). The athletes competed in high temperatures with a high level of humidity and although during the 24 hours after exercise there was some change in the Enzyme activity in the blood, the levels returned to normal after another 24 hours. Therefore having no effects on the athlete's bodies.

1. Alexander, S.(1984).Physiologic and biochemical effects of exercise.Clin. Chem,17,126-131.
2. Apple, F. S.(1981).Presence of creatine kinase MB isoenzyme during marathon training.N. Engl. J. Med,305,764-765.
3. Apple, F. S.,Rhodes, M.(1988).Enzymatic estimation of skeletal muscle damage by analysis of changes in serum creatine kinase.J. Appl. Physiol,65,2598-2600.
4. Brooke, M. H.,Carroll, J. E.,Davis, J. E.(1977).The prolonged exercise test in patients with muscle pain and fatigue.Trans. Am. Neurol. Assoc,102,1-3.
5. Buyze, G.,Egberts, P. F. C.,Van, Breukelen, E.A.J.,Van, Win, E. E.(1976).Serum enzyme activity and physical condition.J. Sports Med. Phys. Fitness,16,155-164.
6. Carli, G.,Bonifazi, M.,Lodi, L.,Lupoc, Martelli, G.,viti, A.(1986).Hormonal and metabolic effects following a football match.Int. J. Sports Med,7(1),36-38.
7. Evans, W. J.,Meredith, C. N.,Cannon, J. G.,Dinarello, C. A.,Frontera, W. R.,Hughes, V. A.,Jones, B. H.,Knuttgen, H. G.(1986).Metabolic changes following eccentric exercise in trained and untrained men.J. Appl. Physiol,61,1864-1868.
8. Feling, P.,Wahren, J.(1971).Amino acid metabolism in exercising man.J. Clin. Invest,50,2703-2714.
9. Fowler, W. M.,Gardner, G. W.,Kazerunian, H. H.,lauvstad, W. A.(1968).The effect of exercise on serum enzymes.Arch. Phys. Med,49,554-565.
10. Golebiowska, M.(1979).Effect of physical training on the somatic development and work capacity of boys aged 10-13 years.Problem Medycyny Weiku Rozwojowego,9,35-54.
11. Leppanen, E. A.(1989).Experimental basis of standardized specimen collection: the effect of short moderate exercise on serum K, Na, AST, ALT, CK and LD.Scand. J. Clin. Lab. Invest,49,287-292.
12. Nosaka, K.,Clarkson, P. M.,Apple, F. S.(1992).Time Course of serum protein changes after strenuous exercise of the forearm flexors.J. Lab. Clin. Med,119,183-188.
13. Nuttall, F. Q.,Jones, B.(1968).Creatine kinase and glutamic oxalacetic transaminase activity in serum: kinetics of change with exercise and effect of physical conditioning.J. Lab. Clin. Med,71(5),847-854.
14. Pohl, A. P.,O, halloran, M. W.,Pannall, P. R.(1981).Biochemical and physiological changes in football player.Med. J. Aust,1,467-470.
15. Priest, J. B.,Oei, To.,Moorehead, W. R.(1982).Exercise induced changes in Common laboratory tests.Am. J. Clin. Pathol,77,285-289.
16. Raimondi, G. A.,Puy, R.J.,Raimondi, A.C.,Schwarz, E. R.,Rosenberg, M.(1975).Training on enzymatic activity of human skeletal muscle.Biomedicine,22,496-501.
17. Roti, S.,Iori, E.,Guiducci, V.,Emanuele, R.,Robushi, G.,bandini, P. G.(1981).A and Roti E: Serum concentrations of myoglobin, creatine phosphokinase and lactic dehydrogenase after exercise in trained and untrained athletes.J. Sports Med,21,113-118.
18. Shumate, J. B.,Brooke, M. H.,Carroll, J. E.,Davis, J. E.(1979).Increased serum ck after exercise: A sex linked phenomenon.Neurology,29,902-904.
19. Solomon, J. G.(1986).Abnormal laboratory results in runners (letter).JAMA,241(21),2262.
20. Studer, P. P.,Bachmann, C.,Gertsch, M.,Peheim, E.,Staubli, M.(1990).Myocardial infarction during a football game: Empiric estimation of the contribution of skeletal muscle damage to the serum creatine kinase activity.Clin. Cordial,13,566-569.
21. Tietz, N. W.(1976).Fundamentals of clinical chemistry.Taiwan:university book publishing company.
22. Westgard, J. O.,Lahmeyer, B. L.,Birnbaum, M. L.(1972).Use of the Du Pont "Automatic clinical analyzer" in Direct Determination of lactic acid in plasma stabilized with sodium fluoride.Clinical Chemistry,18(11),1334-1338.