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A Machine Learning Approach to Pharmacological Profiling of the Quinone Scaffold in the NCI Database: A Compound Class Enriched in Those Effective Against Melanoma and Leukemia Cell Lines

机译:NCI数据库中醌支架的药理学分析的机器学习方法:一种富含对黑素瘤和白血病细胞系有效的化合物的化合物类

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We have carried out supervised machine learning on a subset (8741 compounds) of the public NCI Cancer Compound Library screened for effectiveness against 60 cancer cell lines. Our focus was on identifying quinone compounds and we found these to be over four-fold enriched compared to the entire NCI Cancer compound library. Two-Class classifications based upon the cell types'' tumor tissue origin classes, identified subsets of compounds that were most effective against either melanoma or leukemia cancer cell types. Both of these compound subsets were enriched in quinone compounds.
机译:我们已经对NCI公共癌症化合物库的一部分(8741种化合物)进行了监督机器学习,该库针对60种癌细胞系进行了筛选。我们的重点是鉴定醌类化合物,与整个NCI癌症化合物库相比,我们发现它们的富集度是原来的四倍。根据细胞类型的肿瘤组织起源类别进行的两类分类,确定了对黑素瘤或白血病癌细胞类型最有效的化合物子集。这两个化合物子集都富含醌化合物。

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