Selective Search Focusing on Retro-Synthetically Important Bonds in A Synthesis Design System

A. Tanaka, T. Kawai, T. Takabatake, Hideho Okamoto, M. Bersohn
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引用次数: 1

Abstract

A new capability has been added to the synthesis design system SYNSUP [1]. The new module generates synthetic routes that focus on key-bonds. Key-bonds are selected according to their spatial relationships to chiral atoms and central atoms of functional groups. When the key-bonds cannot be formed by any reaction known to SYNSUP, then structure changes in the vicinity of the bonds are effected so that the key-bonds can be disconnected in a retro-synthetic pathway. We called the fashion “selective search”. Such structure changes were studied, using 27 reported total synthesis of 25 naturally occurring compounds. This kind of selective search has been shown to be useful and practical for relatively complicated molecules.
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在一个合成设计系统中聚焦于逆向合成重要键的选择性搜索
一个新的功能被添加到合成设计系统SYNSUP[1]。新模块生成的合成路由关注于键。根据键与手性原子和官能团中心原子的空间关系选择键。当键不能通过SYNSUP已知的任何反应形成时,键附近的结构变化就会受到影响,因此键可以在逆转录合成途径中断开。我们称这种时尚为“选择性搜索”。这种结构的变化进行了研究,使用27报道的总合成25天然存在的化合物。这种选择性搜索已被证明对相对复杂的分子是有用和实用的。
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来源期刊
Journal of Computer Aided Chemistry
Journal of Computer Aided Chemistry CHEMISTRY, MULTIDISCIPLINARY-
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