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首页> 外文期刊>Japanese Journal of Pharmacology >STUDIES ON MONOAMINE OXIDASE (REPORT XXXIV).EFFECTS OF AMMONIUM SULFATE ON MITOCHONDRIAL MAO IN BEEF LIVER
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STUDIES ON MONOAMINE OXIDASE (REPORT XXXIV).EFFECTS OF AMMONIUM SULFATE ON MITOCHONDRIAL MAO IN BEEF LIVER

机译:单胺氧化酶的研究(报告三十四)。硫酸铵对牛肝线粒体毛的影响

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References(9) Cited-By(1) The effects of ammonium sulfate on mitochondrial monoamine oxidase (MAO) in beef liver were studied. The initial stage of the reaction was measured with an oxygen electrode and the long term reaction was measured manometrically. With tyramine or benzylamine as substrate, addition of ammonium sulfate increased the initial reaction but decreased the long term reaction. Ammonium sulfate had similar effects on solubilized MAO. Inhibition of MAO activity in both the initial and long term reaction by excess substrate was diminished by addition of ammonium sulfate. The effects of ammonium sulfate on MAO were reversible. Salts having an -SO4 group, such as Na2SO4 and K2SO4, increased MAO activity in the initial reaction while salts having an -NH4 group, such as NH4Cl and NH4NO3, inhibited it. However, all these salts inhibited MAO activity in the long term reaction. The mechanism of activation of MAO activity by addition of ammonium sulfate is discussed.
机译:参考文献(9)引用(1)研究了硫酸铵对牛肉肝线粒体单胺氧化酶(MAO)的影响。用氧电极测量反应的初始阶段,并用压力法测量长期反应。以酪胺或苄胺为底物,添加硫酸铵可增加初始反应,但会降低长期反应。硫酸铵对溶解的MAO有相似的作用。通过加入硫酸铵,可以减少过量底物对初始和长期反应中MAO活性的抑制作用。硫酸铵对MAO的作用是可逆的。具有-SO4基团的盐(例如Na2SO4和K2SO4)在初始反应中增加了MAO活性,而具有-NH4基团的盐(例如NH4Cl和NH4NO3)则抑制了该反应。然而,所有这些盐在长期反应中均抑制了MAO活性。讨论了通过添加硫酸铵激活MAO活性的机理。

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