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首页> 外文期刊>Japanese Journal of Pharmacology >FURTHER STUDIES ON BIOCHEMICAL ACTIVE SUBSTANCES IN URINE, INCREASING WITH FATIGUE DUE TO PHYSICAL EXERCISE
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FURTHER STUDIES ON BIOCHEMICAL ACTIVE SUBSTANCES IN URINE, INCREASING WITH FATIGUE DUE TO PHYSICAL EXERCISE

机译:尿液中生物化学活性物质的进一步研究,由于身体锻炼导致的疲劳增加

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References(7) P3 and P4 substances were collected from fresh urine of normal male subjects by the techniques of saturation with acetone and precipitation with lead acetate. In addition, FII was fractionated out chromatographically from P3, and was found to have a strong activity in producing cardiac arrest in the frog. It was possible to obtain evidence that the activity of FII is the essence of that of P3 and that FII consists of a single or nearly single substances as chromatographically shown. FII fraction appears to be a peptide of low molecular weight with lysine and tyrosine among the constituents. P4 had no such activity as FII or P3 but suggested the glucoside-type bond. Treatment with acids and heat showed that P4 originates from the same substances as glucuronic acid. Partial hydrolysis of FII resulted in two different ninhydrin-positive components in addition to lysine and tyrosine. Two ninhydrin-positive substances were found among the partial hydrolytes of P4. It is suggested that there is a resemblance in basic structure between FII and P4.
机译:参考文献(7)通过丙酮饱和和乙酸铅沉淀技术从正常男性受试者的新鲜尿液中收集P3和P4物质。此外,从P3色谱中分离出FII,并发现FII在蛙心跳骤停中具有很强的活性。有可能获得证据,表明FII的活性是P3活性的本质,并且FII由色谱图中所示的单一或几乎单一的物质组成。 FII级分似乎是一种低分子量的肽,其中赖氨酸和酪氨酸在成分中。 P4没有FII或P3这样的活性,但是暗示了糖苷型键。用酸和热量处理表明,P4与葡萄糖醛酸的来源相同。 FII的部分水解除赖氨酸和酪氨酸外,还产生了两种不同的茚三酮阳性成分。在P4的部分水解物中发现了两种茚三酮阳性物质。建议在FII和P4之间的基本结构相似。

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