Гольберг, Н.Д.
    Метаболические реакции организма при адаптации к мышечной деятельности = Metabolic Reactions of Organism During Adaptation to Muscular Activity / Гольберг Н.Д., Морозов В.И., Рогозкин В.А.
    // Теория и практика физ. культуры. - 2003. - № 3. - С. 17-20. - Библиогр. (20 назв.).

 HTTP://sportlib.info/Press/TPFK/2003N3/p17-20.htm

    -- 1. Нагрузка аэробная. 2. Ферменты. 3. Биохимия крови. 4. Качества физические. 5. Деятельность мышечная. 6. Метаболические затраты. 7. Адаптация к мышечной деятельности. 8. Медико-биологические основы. 9. Биохимия спортивная. 10. Липиды. 11. Мышцы скелетные. 12. Гормоны. 13. Методика определения. 14. Процесс восстановления. 15. Отдых. 16. Гликолиз. 17. Генетика. 18. Muscular activity. 19. Steroids receptors. 20. Polyamines. 21. Muscle damage. 22. Proteins glycation. 23. Angiotensin converting enzyme. 24. Gene polymorphysm.

    УДК 796.01:577.01           ГРНТИ 77.05.03
                                ГРНТИ 76.03.39

    Some biochemical mechanisms of the adaptation to physical loads were investigated during the last ten years in the laboratory of sports biochemistry of the St.-Petersburg scientific research institute of physical culture. The main results of these researches are the following. 1. The aerobic physical exercise with short bouts of the maximal intensity leads to the increase in lipid mobilization and fatty acid transport in skeletal muscles. 2. The muscular activity results on cytosolic androgen and glucocorticoid binding in skeletal muscle and adipose tissue due to the intensity of exercise and tissue specifity. 3. Poliamines synthesis increases in skeletal muscles during a physical exercise and training and androgens supplementation. 4. The aerobic physical loads, native metabolites and vitamines B1, B6 and C are the factors protecting proteins glycation in blood of control and diabetic rats. 5. I/D polymorphysm of angiotensin converting enzyme is one of the genetic markers of athletic performance.