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Recent advances for handling imbalancement and uncertainty in labelling in medicinal chemistry data analysis

机译:在药物化学数据分析中处理标签不平衡和不确定性的最新进展

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The discovery of new drugs is a very important area of study in medicinal chemistry. Developing a drug is not an easy task, as much time and money are needed to undertake all steps required for the development and test of new drugs. Amid this context, chemoinformatics is the area that has the role of interfacing between chemistry and computing, assisting in the process of identifying potential new drugs, through machine learning techniques for classification. This article will present the difficulties of classification found in chemoinformatics and approach machine learning techniques that, applied in the context of chemoinformatics, assist in treating issues related to uncertainty in data labeling and unbalanced classes, as they are common problems when using data sets of a chemical nature.
机译:新药的发现是药物化学研究中非常重要的领域。开发药物并非易事,因为需要花费大量时间和金钱来进行开发和测试新药物所需的所有步骤。在此背景下,化学信息学是化学与计算机之间的接口,通过机器学习分类技术协助识别潜在的新药。本文将介绍在化学信息学和方法机器学习技术中发现的分类困难,这些方法适用于化学信息学的背景下,有助于处理与数据标签和不平衡类的不确定性有关的问题,因为它们是在使用化学性质。

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