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首页> 外文期刊>Protein Science: A Publication of the Protein Society >HNH family subclassification leads to identification of commonality in the His-Me endonuclease superfamily.
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HNH family subclassification leads to identification of commonality in the His-Me endonuclease superfamily.

机译:HNH家族的亚分类导致在His-Me核酸内切酶超家族中鉴定出通用性。

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摘要

The HNHc (SMART ID: SM00507) domain (SCOP nomenclature: HNH family) can be subclassified into at least eight subsets by iterative refinement of HMM profiles. An initial clustering of 323 proteins containing the HNHc domain helped identify the subsets. The subsets could be differentiated on the basis of the pattern of occurrence of seven defining features. Domain association is also different between the subsets. The subsets show organism as well as domain-based clustering, suggestive of propagation by both duplication and horizontal transfer events. Structure-based sequence analysis of the subsets led to the identification of common structural and sequence motifs in the HNH family with the other three families under the His-Me endonuclease superfamily.
机译:HNHc(SMART ID:SM00507)域(SCOP术语:HNH家族)可以通过HMM配置文件的迭代优化而细分为至少八个子集。包含HNHc结构域的323种蛋白质的初始聚类有助于鉴定亚型。可以基于七个定义特征的出现模式来区分子集。子集之间的域关联也不同。这些子集显示了生物以及基于域的聚类,暗示了复制和水平转移事件的传播。基于结构的子集序列分析导致在His-Me内切核酸酶超家族下,HNH家族与其他三个家族的共同结构和序列基序得以鉴定。

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