人型葡萄球菌GIMT1.079部分脂肪酶基因序列的克隆与分析:人型葡萄球菌部分脂肪酶基因序列

Na Qiao, Q. Gao, Q. Zhao, Depei Wang, Yi-peng Chen, Wenfan Zhao, Changyan Yu
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引用次数: 1

摘要

脂肪酶活性在葡萄球菌中很常见。基于已知的多种葡萄球菌脂肪酶DNA序列的blast,得到的简并引物扩增出了人型葡萄球菌GIMT1.079全长782 bp的脂肪酶基因序列,该序列编码260个氨基酸残基的推断多肽。aa序列比对表明,该260-aa部分脂肪酶与其他11种推断的葡萄球菌脂肪酶的保守部分同源性较高,在表皮葡萄球菌中同源性最低的43.0%和腐生葡萄球菌中同源性最高的63.5%之间。两个aa残基Ser39和Asp230在推测的催化三联体中得到了初步确认,在推断的260-aa部分人链球菌脂肪酶序列中也得到了“P-loop”基序(-[AG]-x4- g - k -[ST]-)的初步确认。
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The Cloning and Analysis of a Partial Lipase Gene Sequence of Staphylococcus hominis GIMT1.079: Partial Lipase Gene Sequencing of S. hominis
Lipase activity is common in staphylococci. Based on the blast of various known staphylococcal lipase DNA sequences, the degenerate primers were derived to amplify a 782-bp consensus lipase gene sequence of Staphylococcus hominis GIMT1.079, which encoded a deduced polypeptide of 260 amino acid (aa) residues. The alignment of aa sequence revealed that this 260-aa partial lipase of S. hominis shared high homology with those conserved parts of other 11 deduced staphylococcal lipases, in the range of the lowest 43.0% of S. epidermidis and the highest 63.5% of S. saprophyticus. Two aa residues, Ser39 and Asp230, were preliminarily confirmed in the putative catalytic triad as well as the 'P-loop' motif (-[AG]-x4-G-K-[ST]-) in this deduced 260-aa partial S. hominis lipase sequence.
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