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首页> 外文期刊>FEBS Letters >Hydroxyprolyl3‐bradykinin in high molecular mass kininogen presence in human and monkey kininogens, but not in kininogens from bovine, rat, rabbit, guinea pig and mouse plasmas
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Hydroxyprolyl3‐bradykinin in high molecular mass kininogen presence in human and monkey kininogens, but not in kininogens from bovine, rat, rabbit, guinea pig and mouse plasmas

机译:人和猴激肽原中存在高分子量激肽原中的羟脯氨酰3-缓激肽,但牛,大鼠,兔,豚鼠和小鼠血浆的激肽原中则没有

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>The contents of hydroxyprolyl3-bradykinin in high molecular mass (HMM) kininogens from human and animal plasmas were examined by reversed-phase HPLC following their proteolytic scission by bovine plasma kallikrein. The relative contents of hydroxyprolyl3-bradykinin in kinins from HMM kininogens from pooled plasmas of human and monkey origin were 33 and 73%, respectively. On the other hand, hydroxyprolyl3-bradykinin could not be detected in HMM kininogen preparations from bovine, rat, guinea pig, rabbit and mouse plasmas. Hydroxyproline in hydroxyprolyl3-bradykinin was assigned as trans-4-hydroxyproline by comparison of the retention times on reversed-phase HPLC with isomers of hydroxyproline after derivatization with 7-chloro-4-nitrobenzo-2-oxa-1,3-diazole chloride.
机译:在人血浆和动物血浆中的高分子量(HMM)激肽原中,通过牛血浆激肽释放酶进行蛋白水解后,对>高分子量(HMM)激肽原中羟基脯氨酰 3 -缓激肽的含量进行了检测。人和猴来源血浆中HMM激肽原的激肽中羟脯氨酰 3 -缓激肽的相对含量分别为33%和73%。另一方面,在来自牛,大鼠,豚鼠,兔和小鼠血浆的HMM激肽原制剂中未检出羟脯氨酰 3 -缓激肽。通过比较反相HPLC上保留的保留时间与7-氯代-C-羟基衍生化后的羟脯氨酸异构体,将羟脯氨酸 3 -缓激肽中的羟脯氨酸指定为 trans -4-羟脯氨酸。 4-硝基苯并-2-氧杂-1,3-二唑氯化物。

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