by protamine sulfate in vivo nonenzymatic fibrinolysis again would begin to be. /737 implemented under the influence of ACTH-gluoovor. , there would be all.
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NASA TECHNICAL MEMORANDUM
NASA TM-76175
THE ROLE OF ACTH AND GLUCOCORTICOIDS IN NONENZYMATIC FIBRINOLYSIS DURING IMMOBILIZATION STRESS IN ANIMALS
B. A. Kudryashov, F. B. Shapiro, E. G. Lomovskaya and L. A. Lyapina NOI-20693 (NASA-T!l-76175) THE ROLE OF ACTH AND NONENZYMATIC FIBRINOLYSIS GLUCOCORTICOIDS IN DURING IMMOBILIZATION STRESS I1 ANIMALS Unclas (Uatioua 1 Aeronautics and Space Administration) 14 p HC A02/MF A01 CSCL 06C G5/51 19840
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Translation of "Rol'AKTG i glyukokortikoidov v obespechenii nefermentativnogo fibrinoliza pri immobilizatsionnom stresse U zhivotnykh", Fiziologicheskiy Zhurnal SSSR im.I.M. Sechenova, Vol. 63, No. 5, 1977, pp 735-741
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THE ROLE OF ACTH AND GLUCOCORTICOIDS
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%ational Aeronautics and Space Administration '
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. Tranllation of "Rol'AKTG i glyukokortikoidov v obespec^henii nefermentativnogo_fibrinoliza pri immobilizatsionnom stresse u zhivotnykh", Fiziologicheskiy Zhurnal.SSSR im.I. M. Sechefiova, Vol. 63, No. 5, 1977, pp 735-741
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The 30-minute immobilization stress was shown to raise significantly the non-enzymatic fibrinolytic activity of blood in rates. Combined with ACTH the effect is still greater. I. v. administration of 0.2 ml 0.011 solution if urotaiminsulnhate prevented the non-enzymatic f rbrinolysis induced by the stress. Administration of ACTH after protaminsulphate again raisedthe fibrinolysis. This suggests that ACTH stimulates-the release of heparin.
