Cluster based PSO in target prediction

E. Nagarajan, Sujitha George
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Abstract

Predicting the binding site for a target molecule is very crucial in modern drug discovery. Drugs are small molecules which interact with receptors by bonding. Traditionally drugs were designed for known and unknown protein target. Structure-based drug design is used for known and structure-activity relationships for unknown protein target. This paper proposed a new method to predict the binding site. Drug molecules are clustered based on functional groups, physiochemical properties etc. Each molecule in the cluster contains molecular descriptors which predicts the better accurate binding site for target Biologically inspired computation approach particle swarm optimization (PSO) is applied in forming clusters to derive to predict the optimized target for the binding site of the molecules.
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基于聚类的粒子群算法的目标预测
预测靶分子的结合位点在现代药物发现中是非常重要的。药物是通过结合与受体相互作用的小分子。传统的药物是针对已知和未知的蛋白靶点设计的。基于结构的药物设计用于已知和未知蛋白靶点的结构-活性关系。本文提出了一种预测结合位点的新方法。药物分子根据官能团、理化性质等进行聚类。簇中的每个分子都包含分子描述符,这些分子描述符可以预测更准确的目标结合位点,并应用生物启发计算方法粒子群优化(PSO)在簇的形成中推导出分子结合位点的优化目标。
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