The activity of Na ~ + - K ~ + ATPase and Ca ~ ( 2 + ) - Mg ~ ( 2 + ) ATPase decreased.

黄芪组Na+-K+-ATP酶和Ca2 +-Mg2+ATP 酶活性均降低.

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Na +, K + ATPase and Ca 2 + ATPase activities were estimated by spectrophotometry.

用分光光度法测定各脑区Na+, K+ATP酶和Ca2+ATP酶的活性.

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Previous research elucidated that ALR could interact with Na ~ +, K ~ + - ATPase directly in vitro and in vivo.

已有的研究表明,ALR与Na~+, K~+-ATPase在体内、体外都能直接结合.

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If K + or Mg 2 was absent, gill Na - K - ATPase appears very low activity.

研究了牙鲜幼鱼由盐度3OpPt向低盐(24、18 、 12、6pPt)适应过程中血浆渗透压和鳃丝Na+一K+~ATPase活力的变化.

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It is suggested that the decreased activity of Na - K - pump was the mark of early senility.

因而我们认为红细胞膜钠钾泵活性改变可作为老年人生理衰老的早期指标.

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The determination method Na + , K + in the extraction high - purity pressure ion chromatography is discussed.

论述了高纯氟化锂的主要制备方法,并将其归结为直接法 、 离子交换法与萃取法.

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Alkali metals ( Li, Na, K and Cs ) 12 - tungstophosphates were prepared and characterized byand XRD techniques.

以 鸽 磷酸为原料制备了锂 、 钠 、 钾、铯的鸽磷酸碱金属盐.

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The Na +, K + ATPase activity of myocardial membrane was measured.

光电比色法测定Na+ 、 K+ATP酶的活性.

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Mn 2 + stimulated the membrane total ATPase and Mg 2 + - ATPase activities , having an antagonist property to ouabine effect.

Mn~(2+)能提高总ATP酶及Mg~(2+)-ATP酶活力, 影响Na~ +-K~ +-ATP酶活力的测定.

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