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Effect of training and physical load on 3':5'-AMP content and activity fo the enzymes of its metabolism in rat muscle

Kalinskiĭ, M.I.; Zemtsova, I.I.; Kurskiĭ, M.D.; Osipenko, A.A.

Ukrainskii Biokhimicheskii Zhurnal 52(5): 611-613

1980

ISSN/ISBN: 0201-8470
PMID: 6266096
Document Number: 157166
It is established tha in skeletal muscles of dormant animals under the influence of training the 3':5'-AMP content and the activity of adenylate cyclase increase; that of phosphodiesterase remains unchanged. A long physical load causes no changes in the 3':5"-AMP content in the skeletal muscles of the trained rats as compared to its content in the intact animals but evokes a decrease as compared to its level in the trained rats muscles. The activity of adenylate cyclase in the skeletal muscles of the trained rats under long physical load lowers, that of 3':5'-AMP phosphodiesterase also decreases but to a less extent. The found changes in the 3':5'-AMP metabolism in the trained animals skeletal muscles evidence for a possible participation of the 3':5'-AMP system in development of the organism adaptation to higher physical loads.

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Kôrge, P.; Viru, A.; Roosson, S. 1974: The effect of chronic physical overload on skeletal muscle metabolism and adrenocortical activity Acta Physiologica Academiae Scientiarum Hungaricae 45(1-2): 41-51
Mishchenko, V.S.; Bulatova, M.M. 1993: Effect of endurance physical training on cardio-respiratory system reactive features (mechanisms of training load cumulation influence) Journal of Sports Medicine and Physical Fitness 33(2): 95-106
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Kuznetsov, S.L.; Kuchma, V.R. 1987: Changes in the activity of a number of enzymes of skeletal muscle fibers of the rat and glycogen concentration during different schedules of physical loading Gigiena i Sanitariia 1987(2): 78-79
Lehtonen, A.; Viikari, J. 1983: Effect of physical training on metabolism Duodecim; Laaketieteellinen Aikakauskirja 99(1): 49-56
Divert, V.E.; Tkachenko, E.I.; Iakushenko, M.A. 1991: Effect of adaptation to cold and physical training on heat emission during muscle work Gigiena i Sanitariia 5: 68-71
Dobiásová, M.; Vítek, V.; Kopecká, J. 1982: Effect of etiroxate on LCAT activity and on certain energy metabolism enzymes in the rat Physiologia Bohemoslovaca 31(4): 323-327
Narasimhan, T.R.; Nair, S.G. 1974: Effect of CCl4 poisoning on the activity of a few enzymes and lipid phosphorus content in the plasma of ducks and chicken Indian Journal of Medical Research 62(1): 65-70
Vondra, K.; Rath, R.; Bass, A.; Vítek, V. 1974: Activity of some enzymes of the energy metabolism of the striated muscle in relationship to the body composition in subjects of diverse body weight Casopis Lekaru Ceskych 113(31): 940-943
Stoev, T.; Iliev, I.; Damyanova, M.; Krashkova, A. 1982: Actinomycin D effect on the activity of some enzymes of ornithine cycle and amino acid metabolism Folia Medica 24(1): 17-20
Rogala, E. 1972: Effect of experimental shock on the activity of some enzymes and electrolyte metabolism in internal organs Polski Tygodnik Lekarski 27(36): 1409-1411
Kapel'ko, V.I.; Pfaĭffer, K.; Meerson, F.Z. 1976: Distensibility of the heart muscle during adaptation to a physical load Biulleten' Eksperimental'noi Biologii i Meditsiny 82(9): 1032-1034
Iavdochenko, O.I.; Kusen', S.I.; Sologub, L.I. 1977: Effect of insulin on activity of carbohydrate metabolism enzymes in loach embryos in early development Ukrains'kyi Biokhimichnyi Zhurnal 49(3): 85-88
Exner, G.U.; Staude, W. 1974: The effect of different types of training on metabolism and skeletal muscle contraction as well as various aspects of effects of anabolics in experimental animals Zeitschrift für Orthopadie und ihre Grenzgebiete 112(4): 943-947
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Kriukova, G.N.; Pakhomova, V.A.; Malakhova, T.V.; Verchenko, I.I. 1984: Effect of local use of carbostimulin on the activity of energy metabolism enzymes in mandibular alveolar process tissue in the rat Ukrainskii Biokhimicheskii Zhurnal 56(1): 92-94
Vartanian, G.S.; Parsadanian, G.K.; Karagezian, K.G. 1984: Effect of trihydroxyoctadecadiene acids from Bryonia alba L. on the activity of glycogen metabolism enzymes in alloxan diabetes Biulleten' Eksperimental'noi Biologii i Meditsiny 97(3): 295-297
Mitev, I.P.; Kryshkova, A.M.; Angelov, A.M.; Pashev, I.G. 1971: Effect of thyroxine on the activity of several enzymes involved in carbohydrate and amino acid metabolism in the kidneys of guinea pigs Problemy Endokrinologii 17(3): 98-101
Moshkov, K.A.; Nikolaev, I.V.; Zaĭtsev, I.V.; Bul'on, V.V.; Burmistrov, S.O. 1986: Effect of ethanol on the level of biogenic amines and activity of energy metabolism enzymes in rats subjected to extreme conditions Molekuliarnaia Genetika Mikrobiologiia i Virusologiia 11: 30-36