首页> 外国专利> SYNTHETIC PATHWAY CONSTRUCTING EQUIPMENT, SYNTHETIC PATHWAY CONSTRUCTING METHOD, SYNTHETIC PATHWAY CONSTRUCTING PROGRAM, AND PROCESSES FOR MANUFACTURING 3-HYDROXYPROPIONIC ACID, CROTONYL ALCOHOL AND BUTADIENE

SYNTHETIC PATHWAY CONSTRUCTING EQUIPMENT, SYNTHETIC PATHWAY CONSTRUCTING METHOD, SYNTHETIC PATHWAY CONSTRUCTING PROGRAM, AND PROCESSES FOR MANUFACTURING 3-HYDROXYPROPIONIC ACID, CROTONYL ALCOHOL AND BUTADIENE

机译:合成途径构建设备,合成途径构建方法,合成途径构建程序以及制备3-羟基丙酸,巴豆基醇和丁二烯的方法

摘要

In order to construct a synthetic pathway of a compound without any limitation on chemical transformation rules, this synthetic pathway constructing equipment is provided with: a conversion section for converting the chemical structures of compounds to universal features (UFs); a calculation section for setting pairs of compounds and subtracting the UF of one of the compounds constituting each pair from the UF of the other to calculate the difference features (DFs); a determination section for comparing DFs of known-reaction pairs of compounds, the reactions related to the known-reaction pairs being known, with DFs of unknown-reaction pairs of compounds, the reactions related to the unknown-reaction pairs being unknown, and thus determining imaginary reactions, which are unknown reactions related to unknown-reaction pairs of compounds that each have the same DF as that of any of the known-reaction pairs of compounds; a synthetic pathway producing section for producing synthetic pathways of compounds using nodes representing compounds and edges representing known reactions and imaginary reactions; and a selection section for selecting synthetic pathways from starting compounds to desired compounds among the synthetic pathways produced above.
机译:为了构建化合物的合成途径而不受化学转化规则的任何限制,该合成途径构建设备配备有:用于将化合物的化学结构转化为通用特征(UF)的转化部分;和计算部分,用于设置化合物对,并从另一对化合物的UF中减去构成每一对化合物的化合物的UF,以计算差异特征(DF);确定部分,用于比较化合物的已知反应对的DF,已知反应对的反应与化合物未知反应对的DF,与未知反应对的反应是未知的,因此确定假想反应,该假想反应是与未知反应的化合物对有关的未知反应,每个对具有与任何已知反应的化合物对相同的DF;合成途径产生部分,用于使用代表化合物的节点和代表已知反应和假想反应的边缘来产生化合物的合成途径;选择部分,用于从上述产生的合成途径中选择从起始化合物到所需化合物的合成途径。

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