首页> 外文期刊>Journal of Plant Biochemistry and Biotechnology >Sequence motifs comparisons establish a functional portrait of a multifunctional protein HC-Pro from papaya ringspot potyvirus.
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Sequence motifs comparisons establish a functional portrait of a multifunctional protein HC-Pro from papaya ringspot potyvirus.

机译:序列基序比较建立了来自木瓜环斑杯状病毒的多功能蛋白HC-Pro的功能图。

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摘要

Helper component proteinase (HC-Pro) is a multifunctional protein responsible for multiple molecular events in viral cycle. Here, we demonstrate that functional correlation of sequence motifs of HC-Pro is an important source to predict its role in deubiqutinylation pathway and rescuing viral proteins from degradation. The sequence of papaya ringspot viral HC-Pro was compared with respect to both inter and intra-species across different potyviruses. This study suggested that highly conserved domains involved in post transcriptional gene silencing (PTGS) suppression and proteolytic activity are essential functions in plant-virus cycle. In contrast, mechanisms primed for differentiation such as host specificity and virus replication are less conserved. Also, they contribute substantially to the differences among HC-Pro, derived from different potyviruses. The results obtained from this study provide a framework for new hypothesis and research directions in the area of differential role of potyviral HC-Pro.
机译:辅助成分蛋白酶(HC-Pro)是一种多功能蛋白,负责病毒循环中的多个分子事件。在这里,我们证明了HC-Pro序列基序的功能相关性是预测其在去泛素化途径中的作用以及从降解中拯救病毒蛋白的重要来源。比较了木瓜环斑病毒HC-Pro的序列,涉及跨不同马铃薯病毒的种间和种内。这项研究表明,参与转录后基因沉默(PTGS)抑制和蛋白水解活性的高度保守的域是植物病毒循环中的重要功能。相反,启动分化的机制(例如宿主特异性和病毒复制)保守性较低。而且,它们很大程度上导致了源自不同马铃薯病毒的HC-Pro之间的差异。从这项研究获得的结果为在杯状病毒HC-Pro的不同作用领域提供了新的假设和研究方向的框架。

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