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Abbott Physicochemical Tiering (APT) - A unified approach to HTS triage

机译:雅培物理化学分层(APT)-HTS分类的统一方法

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摘要

The selection of the highest quality chemical matter from high throughput screening (HTS) is the ultimate aim of any triage process. Typically there are many hundreds or thousands of hits capable of modulating a given biological target in HTS with a wide range of physicochemical properties that should be taken into consideration during triage. Given the multitude of physicochemical properties that define drug-like space, a system needs to be in place that allows for a rapid selection of chemical matter based on a prioritized range of these properties. With this goal in mind, we have developed a tool, coined Abbott Physicochemical Tiering (APT) that enables hit prioritization based on ranges of these important physicochemical properties. This tool is now used routinely at Abbott to help prioritize hits out of HTS during the triage process. Herein we describe how this tool was developed and validated using Abbott internal high throughput ADME data (HT-ADME).
机译:从高通量筛选(HTS)中选择最优质的化学物质是任何分类过程的最终目标。通常,在分类中应考虑成百上千个命中点,它们能在HTS中调节具有广泛理化特性的给定生物学靶标。考虑到定义类似药物的空间的多种物理化学特性,需要建立一个系统,以便根据这些特性的优先范围快速选择化学物质。考虑到这一目标,我们开发了一种称为Abbott物理化学分层(APT)的工具,该工具可根据这些重要物理化学属性的范围对命中进行优先级排序。现在,雅培(Abbott)经常使用此工具,以帮助在分类过程中优先确定HTS中的命中。本文中,我们描述了如何使用雅培内部高通量ADME数据(HT-ADME)开发和验证此工具。

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