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Research on abnormal data processing and constructing network based on network pharmacology

机译:基于网络药理学的异常数据处理与构建网络研究

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Complex networks exist widely in nature and human society, from the Internet to chemical reactions, biological food chain, and then to human society, interpersonal relationships, cooperation between people, science and technology citation and so show a complex network topology characteristics. Network pharmacology is based on the theory of system biology, network analysis of biological systems, select the characteristics of signal nodes for multi-target drug molecular design of new disciplines. Network pharmacology and traditional pharmacology of the biggest difference is that it is from the perspective of systems biology and biological network to explain the occurrence and development of the disease process, from the perspective of improving or restoring the balance of biological networks to understand drug interactions with the body and to guide new drugs. In this paper, we first obtain the target protein and small molecule compounds from the public database, semi-flexible docking calculation of the pre-treated target protein and small molecule, and extract the molecule-target interaction network map with better docking results. Several problems and possible application directions in the field are proposed.
机译:复杂的网络在自然和人类社会中广泛存在,从互联网到化学反应,生物食品链,然后到人类社会,人际关系,人之间的合作,科技引文,所以表现出复杂的网络拓扑特征。网络药理学基于系统生物学理论,生物系统的网络分析,选择了新学科的多目标药物分子设计信号节点的特征。网络药理学和最大的区别的传统药理学是,它是从系统生物学与生物网络的角度来解释疾病过程的发生和发展,从改善或恢复生物网络的平衡,以了解与药物相互作用的角度身体和引导新药。在本文中,我们首先从公共数据库中获得靶蛋白和小分子化合物,半柔性对接计算预处理的靶蛋白和小分子,并用更好的对接结果提取分子靶相互作用网络地图。提出了该领域的几个问题和可能的应用方向。

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