Complete amino acid sequence of ovine miniplasminogen.

Protein sequences & data analysis Pub Date : 1992-01-01
J Schaller, C Straub, U Kämpfer, E E Rickli
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Abstract

The complete amino acid sequence of ovine miniplasminogen (M(r) 37,662, 343 residues) was determined with the aid of fragments obtained by cleavage with 2-(2-nitrophenylsulfenyl)-3-methyl-3'-bromoindolenine and clostripain. The fragments were aligned with overlapping sequences and sequence comparison with miniplasminogens of other species. Sequence comparison with other species (human, bovine, porcine, equine and canine) gave an overall identity of 63% and a similarity of 83%. The dendrogram of the alignment indicates that ovine miniplasminogen has the closest relationship with the bovine (87% identity) and the most distant with the equine (77% identity) species. The close relationship is indicative for the presence of the same structural and functional domains as in the other species. Sequence comparison of different miniplasminogens showed that positions 49 (Arg), 83 (Arg) and 161 (Ser) in the light chain of the plasmin molecule may play a role in the interaction between plasminogen and streptokinase.

绵羊微纤溶酶原全氨基酸序列。
利用2-(2-硝基苯基亚砜基)-3-甲基-3′-溴吲哚胺和clostripain裂解得到的片段,确定了绵羊微纤溶酶原(M(r) 37,662, 343个残基)的完整氨基酸序列。这些片段与重叠序列进行比对,并与其他物种的微小纤溶酶原序列进行比较。与其他物种(人类、牛、猪、马和犬)的序列比较,总体同一性为63%,相似性为83%。结果表明,绵羊微纤溶酶原与牛亲缘关系最密切(87%同源),与马亲缘关系最远(77%同源)。这种密切的关系表明存在与其他物种相同的结构和功能域。不同纤溶酶原的序列比较表明,纤溶酶分子轻链上的第49位(Arg)、第83位(Arg)和第161位(Ser)可能在纤溶酶原与链激酶的相互作用中起作用。
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