[应激动物和无合酶阻断条件下氧化状态、线粒体功能、血压及止血指标的变化]。

V N Perfilova, T A Popova, I I Prokofiev, A V Borisov, G I Zaypullaev, E A Muzyko, M V Kustova, I N Tuyrenkov
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引用次数: 0

摘要

观察颈背皮肤褶悬吊雌性大鼠24小时内代谢变化。结果发现,应激暴露导致动物血清和心、脑匀浆中最终一氧化氮代谢物浓度增加,这些器官中过氧化脂质过程加剧和线粒体功能障碍。因此,平均动脉血压比基线升高18.9%,血小板和血浆成分的止血作用被破坏。神经元no -合成酶抑制剂7-硝基茚唑在50 mg/kg剂量下加重了所研究参数的变化。给药动物选择性诱导型NOS氨基胍抑制剂(50 mg / kg)有助于限制应激反应的损害效应。
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[CHANGES OF THE OXIDATIVE STATUS, MITOCHONDRIAL FUNCTION, BLOOD PRESSURE AND INDICATORS OF HEMOSTASIS IN STRESSED ANIMALS AND IN THE CONDITIONS OF NO-SYNTHASE BLOCKADE].

Changes in the metabolism of female rats hanging by cervical dorsal skin fold within 24 hours were examined. It was found that stress exposure results in an increase of the concentration of the final nitric oxide metabolites in the blood serum and homogenates of the heart and brain of animals, intensification of processes peroxidation lipids and mitochondrial dysfunction in these organs. Thus increase of mean arterial blood pressure by 18.9 % from baseline and violation of platelet and plasma components of hemostasis. Inhibitor of neuronal NO-synthase 7-nitroindazole in the dose of 50 mg/kg aggravates of the studied parameters changes. Administration of an animal selective inhibitor of inducible NOS aminoguanidine (50 mg / kg) contributes to limiting the damaging effects of stress reaction.

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