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首页> 外文期刊>In silico biology: An international on computational biology >Molecular Analysis of A 348 Base-Pair Segment of Open Reading Frame 2 of Human Astrovirus. A Characterization of Colombian Isolates
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Molecular Analysis of A 348 Base-Pair Segment of Open Reading Frame 2 of Human Astrovirus. A Characterization of Colombian Isolates

机译:人类星状病毒开放阅读框2的348个碱基对片段的分子分析。哥伦比亚隔离株的特征

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摘要

We are reporting computational studies of several genotyped strains of astrovirus isolated in Colombia which we have genotyped using the 348-bp segment located between nucleotides 258 and 606 close to the amino terminal region of the complete ORF 2. By biocomputational techniques this 348-bp segment from the different strains was translated into an amino acid sequence. The sequences were aligned and compared in order to build a dendrogram. Our results show that the 348 bp and the 116 amino acid peptides cluster in a very conservative way, showing slight genetic variations between them. This slight sequence variability does not allow us to identify common amino acid substitution patterns shared by all members of each HAstV specific type, thus suggesting that antigenic epitopes are probably located outside the 116 peptide fragment of this capsid protein. These results show that there is little recombination among different regions of the ORF2, thus suggesting that this genotyping method should continue to be useful for serotyping HAstV isolates.
机译:我们正在报告对哥伦比亚分离出的几种基因型星形病毒株的计算研究,我们使用位于完整ORF 2氨基末端区域附近的258位和606位核苷酸之间的348-bp段进行了基因分型。通过生物计算技术,此348-bp段来自不同菌株的cDNA被翻译成氨基酸序列。比对序列并比较以构建树状图。我们的结果表明,348 bp和116个氨基酸的肽簇以非常保守的方式簇集,显示它们之间的遗传差异很小。这种轻微的序列变异性使我们无法鉴定每种HAstV特异性类型的所有成员共有的常见氨基酸取代模式,因此表明抗原表位可能位于该衣壳蛋白的116个肽片段之外。这些结果表明,ORF2的不同区域之间几乎没有重组,因此表明该基因分型方法应继续用于对HAstV分离株进行血清分型。

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