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Chemical structure-activity relationship visualization using structure-activity maps

机译:使用结构活性图可视化化学结构-活性关系

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This study shows an effective way to explore and visualize the structure-activity relationships (SARs) of flavonoids with antioxidant activity using structure- activity maps (SAMs). SAMs are graphical maps plotting molecular descriptors such as NAB or MSI against their biological activities. NAB (number of non-hydrogen atoms and bonds in a molecule) or MSI (molecular similarity index) is used to quantify the chemical structures. SA Ms pro vide a very efficient method for representing and visualizing SAR information in a biochemical database. SAMs also provide a simple and effective way for ordering and grouping compounds. SA Ms were examined for compounds grouped according to NAB to determine important activity trends utilizing structural orderings. SA Ms were used to systematically identify the effects of chemical modification on the activities of compounds and to determine the site and type of modifications for improved activity.
机译:这项研究显示了使用结构活性图(SAMs)探索和可视化具有抗氧化活性的类黄酮的结构活性关系(SAR)的有效方法。 SAM是绘制分子描述符(例如NAB或MSI)与其生物学活性相对应的图形图。 NAB(分子中非氢原子和键的数量)或MSI(分子相似性指数)用于量化化学结构。 SA Ms提供了一种非常有效的方法来表示和可视化生化数据库中的SAR信息。 SAM还提供了一种简单有效的方法来对化合物进行排序和分组。检查了SA Ms中根据NAB分组的化合物,以利用结构顺序确定重要的活性趋势。 SA M用于系统地识别化学修饰对化合物活性的影响,并确定修饰位点和修饰类型以提高活性。

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