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Prediction of scaffold proteins based on protein interaction and domain architectures

机译:基于蛋白质相互作用和结构域结构的支架蛋白预测

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摘要

BackgroundScaffold proteins are known for being crucial regulators of various cellular functions by assembling multiple proteins involved in signaling and metabolic pathways. Identification of scaffold proteins and the study of their molecular mechanisms can open a new aspect of cellular systemic regulation and the results can be applied in the field of medicine and engineering. Despite being highlighted as the regulatory roles of dozens of scaffold proteins, there was only one known computational approach carried out so far to find scaffold proteins from interactomes. However, there were limitations in finding diverse types of scaffold proteins because their criteria were restricted to the classical scaffold proteins. In this paper, we will suggest a systematic approach to predict massive scaffold proteins from interactomes and to characterize the roles of scaffold proteins comprehensively.
机译:背景技术脚手架蛋白通过组装参与信号传导和代谢途径的多种蛋白而成为各种细胞功能的关键调节因子。支架蛋白的鉴定及其分子机制的研究可以为细胞系统调控开辟一个新的方面,其结果可以应用于医学和工程领域。尽管被强调为数十种支架蛋白的调节作用,但到目前为止,只有一种已知的计算方法可从相互作用组中找到支架蛋白。但是,发现各种类型的支架蛋白存在局限性,因为它们的标准仅限于经典支架蛋白。在本文中,我们将建议一种系统的方法来预测来自相互作用组的大量支架蛋白并全面表征支架蛋白的作用。

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