药理学的深度学习:机遇与威胁

Q4 Medicine
I. Kocić, M. Kocić, I. Rusiecka, Adam Kocić, Eliza Kocić
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引用次数: 0

摘要

引言:这篇综述旨在简要介绍深度学习(DL)技术为药理学开辟的新视野,同时强调该方法最重要的威胁和局限性。材料和方法:我们根据与深度学习和药物研究相关的首选报道项目,在多个数据库中搜索2021年5月之前发表的文章。在检索到的267篇文章中,我们将49篇纳入了最终综述。结果:DL和其他不同类型的人工智能最近进入了科学的各个领域,在决策过程和药理学中占据了越来越重要的地位。因此,有必要更好地了解这些技术。解释了AI(人工智能)、DL和ML(机器学习)之间的基本区别。此外,作者试图强调深度学习方法在药物研发以及提高药物治疗安全性方面的作用。最后,概述了DL在药理学中的未来方向以及可能的滥用。结论:DL是一种很有前途的、强大的工具,可以全面分析与药理学各个领域相关的大数据,但必须谨慎使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deep learning in pharmacology: opportunities and threats
Introduction: This review aims to present briefly the new horizon opened to pharmacology by the deep learning (DL) technology, but also to underline the most important threats and limitations of this method. Material and Methods: We searched multiple databases for articles published before May 2021 according to the preferred reported item related to deep learning and drug research. Out of the 267 articles retrieved, we included 49 in the final review Results: DL and other different types of artificial intelligence have recently entered all spheres of science, taking an increasingly central position in the decision-making processes, also in pharmacology. Hence, there is a need for better understanding of these technologies. The basic differences between AI (artificial intelligence), DL and ML (machine learning) are explained. Additionally, the authors try to highlight the role of deep learning methods in drug research and development as well as in improving the safety of pharmacotherapy. Finally, future directions of DL in pharmacology were outlined as well as possible misuses of it. Conclusion: DL is a promising and powerful tool for comprehensive analysis of big data related to all fields of pharmacology, however it has to be used carefully.
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CiteScore
0.50
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12
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