N A Golubkina, V K Mazo, I V Gmoshinskiĭ, S N Zorin, A Kh Tambiev, N N Kirikova
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引用次数: 0
摘要
大鼠血浆硒/红细胞硒比值由0.939降至0.791,血浆硒/红细胞硒比值由0.939降至0.791,硒随尿排泄量显著增加(6.36 +/- 1.18 nM Se/18 h., n = 10,而大鼠血浆硒/红细胞硒比值由1.72 +/- 0.38 nM Se/18 h., n = 10)。还原型谷胱甘肽(G-SH)使致敏大鼠血浆硒水平降低1.5倍,肠壁硒浓度升高1.3倍(r = -0.720, P < 0.001)。血浆蛋白色谱分离结果显示,致敏大鼠经胃灌胃给予G-SH后,蛋白P含量明显降低,Se-GSHPx浓度不受影响,提示G-SH有局部硒受体作用。G-SH和富硒螺旋藻复合添加剂对致敏大鼠肠通透性无影响,使后者参数和血浆中蛋白P/Se-GSHPx比值归一化。
[The selenium haemostasis during experimental anaphylaxis reaction in rats treated with reduced glutathione and selenium enriched spirulina].
The main events caused by anaphilaxis in selenium haemostasis in rats include significant increase of selenium excretion with urine (6.36 +/- 1.18 nM Se/18 h., n = 10, compared with 1.72 +/- 0.38 nM Se/18 h., n = 10) and decrease of selenium plasma/selenium erythrocytes ratio from 0.939 to 0.791. Reduced glutathione (G-SH) administration led to 1.5-fold decrease of plasma selenium level and 1.3-fold increase of selenium concentration in intestinal walls of sensitized rats (r = -0.720, P < 0.001). Chromatographic separation of plasma proteins showed that intragastric intubation of G-SH to sensibilized rats significantly decreased the protein P content and did not influence the concentration of Se-GSHPx, thus indicating the local selenium acceptor role of G-SH. G-SH administration did not influence the intestinal permeability in sensitised rats while use of complex additive: G-SH and selenium enriched spirulina--normalized the latter parameter and the ratio of protein P/Se-GSHPx in plasma.