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Ca2+ transport into sarcoplasmic reticulum and immediate-early response proteins in the myocardium of rats resuscitated after systemic circulatory arrest
Journal article   Peer reviewed

Ca2+ transport into sarcoplasmic reticulum and immediate-early response proteins in the myocardium of rats resuscitated after systemic circulatory arrest

T G Sazontova, A G Zhukova, Y V Zarzhetskii, M S Avrushchenko and A V Volkov
Bulletin of experimental biology and medicine, Vol.140(1), pp.44-47
01/07/2005
PMID: 16254617

Abstract

Life Sciences & Biomedicine Medicine, Research & Experimental Research & Experimental Medicine Science & Technology
Activity of antioxidant defense enzymes and content of stress protein HSP70 in the heart increased in passive and, to a lesser extent, in active rats on day 7 of the postresuscitation period after systemic circulatory arrest. The resistance of membrane structures in the heart to endogenous damaging factors in passive rats was lower than in active animals. The degree of compensation in active rats was much higher than in passive animals at these terms of the postresuscitation period.

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