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METHOD OF OPERATING A COMPUTER SYSTEM FOR PERFORMING STRUCTURAL ANALYSIS AND COMPUTER SYSTEM THEREFOR

机译:用于进行结构分析的计算机系统的操作方法及其计算机系统

摘要

The invention provides a method of operating a computer system, and a corresponding computer system, for performing a discrete substructural analysis. First, a database of molecular structures is accessed. The database is searchable by molecular structure information and biological and/or chemical properties. In said database, a set of molecules is identified that have a given biological and/or chemical property. Fragments of the molecules in said subset are then determined, and a score value is calculated for each fragment, indicating the contribution of the respective fragment to said given biological and/or chemical property. Finally, a reiteration process is performed by analyzing the determined fragments and calculated scores values, whereby first at least one fragment is selected that has a score value indicating high contribution to said biological and/or chemical property, and then the steps of accessing, identifying, determining and calculating are repeated. Fragments may be any structural subunit of the molecules. The biological and/or chemical properties include biochemical, pharmacological, toxicological, pesticidal, herbicidal and catalytic properties. The invention is preferably used for DNA backsequencing or drug discovery. Preferred embodiments include an reiteration process that increases the fragment size in each iteration, the use of generiy substructures, and an annealing process that glues fragments together.
机译:本发明提供一种用于执行离散的子结构分析的操作计算机系统的方法以及相应的计算机系统。首先,访问分子结构数据库。该数据库可通过分子结构信息以及生物学和/或化学性质进行搜索。在所述数据库中,识别出具有给定生物学和/或化学性质的一组分子。然后确定所述子集中的分子的片段,并为每个片段计算得分值,表明相应片段对所述给定的生物学和/或化学性质的贡献。最后,通过分析确定的片段和计算出的得分值来执行重复过程,由此首先选择具有指示对所述生物学和/或化学特性有高贡献的得分值的至少一个片段,然后进行访问,识别和识别步骤。 ,确定和计算重复进行。片段可以是分子的任何结构亚基。生物学和/或化学性质包括生化,药理,毒理,杀虫,除草和催化性质。本发明优选用于DNA反向测序或药物发现。优选的实施例包括在每次迭代中增加片段大小的重复过程,通用子结构的使用以及将片段粘合在一起的退火过程。

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