综合路线设计系统AIPHOS中战略站点评价模型的建立

A. Tanaka, T. Kawai, Tsutomu Matsumoto, T. Takabatake, Hideho Okamoto, K. Funatsu
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引用次数: 0

摘要

为了在合成路线设计系统AIPHOS中进行有效的反合成,开发了一种评估技术来优先考虑合成战略位点(一组通过切割和连接来制造前体的键)。本文讨论了AIPHOS提出的战略位点与反应数据库中的反应中心之间的关系。通过逻辑回归分析(LoRA)对分子中心性、键离解能(BDE)和键数的相关性进行了分析。我们用这个方程来阐明合成策略位点的重要性。相关模型在三个反应数据库中具有较高的相似性。此外,从模型中发现,反应数据库中的反应中心位于整个结构的中心,键数较少,键解离能较小。
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Development of Evaluation Model for Strategic Sites in Synthetic Route Design System AIPHOS
An evaluation technique was developed to prioritize synthetic strategic sites (a set of bonds to make precursors by cut and connection) for the purpose of effective retro-synthesis in synthetic route design system, AIPHOS. In this paper, the relationship between the strategic sites proposed by AIPHOS and the reaction centers in reaction databases was discussed. The correlation has been analyzed by logistic regression analysis (LoRA) with molecular centrality, bond dissociation energy (BDE), and the number of bonds. We used the equation to clarify the importance of synthetic strategy sites. The correlation models showed high similarity among three reaction databases. In addition, from the model, reaction centers in reaction databases were found to be located in the center of the whole structures, to have fewer bonds, and to have smaller bond dissociation energies.
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Journal of Computer Aided Chemistry
Journal of Computer Aided Chemistry CHEMISTRY, MULTIDISCIPLINARY-
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