Computer aided organic synthesis: Development and implementation of a complete synthetic strategy

Edward S. Blurock
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引用次数: 4

Abstract

The concept of Complete Synthetic Strategy (CSS) is defined. A CSS differs from most strategies found in the literature in that it provides synthesis guidelines for a complete synthesis from start to finish, that is from the target down to and including the starting materials. One CSS covers only a particular type of synthesis. In this paper the development and implementation of a CSS is outlined using the Building Block Strategy (BBS) as an example (BBS represents a convergent synthesis in which the target is made out of two structures, i.e., building blocks, coming from two starting materials). The strategy is developed under the philosophy that it is defined as generally as possible and all the intermediate chemical objects, concepts and data are derived from a minimal amount of information to be found in a chemical databank in a preprocessing stage. At RISC-Linz we have developed a chemical expert system (written in LISP) for chemical databank analysis and this was used to generate all data objects for a prototype synthetic planning system using BBS.

计算机辅助有机合成:完整合成策略的开发和实施
定义了完全综合策略(CSS)的概念。CSS与文献中发现的大多数策略的不同之处在于,它为从头到尾的完整合成提供了综合指南,即从目标到并包括起始材料。一个CSS只覆盖特定类型的合成。本文以构建块策略(BBS)为例概述了CSS的开发和实现(BBS代表了一种聚合合成,其中目标由两种结构组成,即来自两种起始材料的构建块)。制定该战略的理念是尽可能笼统地加以定义,所有中间的化学对象、概念和数据都是在预处理阶段从化学数据库中找到的最少量信息中得出的。在RISC-Linz,我们开发了一个化学专家系统(用LISP语言编写),用于化学数据库分析,并使用BBS为原型综合规划系统生成所有数据对象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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