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An activity canyon characterization of the pharmacological topography

机译:药理地形图的活性峡谷特征

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摘要

BackgroundHighly chemically similar drugs usually possess similar biological activities, but sometimes, small changes in chemistry can result in a large difference in biological effects. Chemically similar drug pairs that show extreme deviations in activity represent distinctive drug interactions having important implications. These associations between chemical and biological similarity are studied as discontinuities in activity landscapes. Particularly, activity cliffs are quantified by the drop in similar activity of chemically similar drugs. In this paper, we construct a landscape using a large drug-target network and consider the rises in similarity and variation in activity along the chemical space. Detailed analysis of structure and activity gives a rigorous quantification of distinctive pairs and the probability of their occurrence.
机译:背景高度化学相似的药物通常具有相似的生物学活性,但是有时,化学上的细微变化可能会导致生物学效应的巨大差异。化学上相似的药物对显示出极端的活性差异,代表着具有重要意义的独特药物相互作用。化学和生物学相似性之间的关联被研究为活动格局中的不连续性。特别地,通过化学相似药物的相似活性的下降来量化活性悬崖。在本文中,我们使用大型的药物目标网络来构建景观,并考虑沿化学空间活动的相似性和变化性的上升。对结构和活动的详细分析给出了对独特对及其出现概率的严格量化。

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