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The survey of the use of qsar methods to determine intestinal absorption and oral bioavailability during drug design

机译:在药物设计过程中使用qsar方法确定肠道吸收和口服生物利用度的调查

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摘要

Only 10% of all compounds developed by pharmaceutical companies make it to the market. Of the 90% that do not make it to the market, 50% either have toxicity or pharmacokinetic issues. Thus, the need for ADMET (absorption, distribution, metabolism, excretion and toxicity) optimization during the early stages of drug development is clear. In silico tools may be promising for this use due to their lower cost and time requirements. This review aims to evaluate the predictive power of intestinal absorption and oral bioavailability prediction methods using different statistical approaches over time. Improvement, refinement and diversification of these methods have been observed over the past few years. Nevertheless, some elements related to the quality of the biological data, disclosure of the data used and description of validation methods, that could contribute to building new, better and more reliable models have been ignored by researchers or restricted by the technical limitations of various laboratories.
机译:制药公司开发的所有化合物中只有10%投放市场。在90%没有上市的产品中,有50%具有毒性或药代动力学问题。因此,在药物开发的早期阶段就需要优化ADMET(吸收,分布,代谢,排泄和毒性)。 Insilico工具因其较低的成本和时间要求而有望用于此用途。这篇综述旨在评估随时间推移使用不同统计方法的肠吸收和口服生物利用度预测方法的预测能力。在过去的几年中已经观察到这些方法的改进,完善和多样化。然而,一些与生物学数据质量,所用数据的公开以及验证方法的描述有关的要素可能会有助于建立新的,更好的和更可靠的模型,但被研究人员忽略或受到各个实验室技术限制的限制。 。

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