实现GeneTests/GeneClinics基因检测数据库的分类层次结构。

Proceedings. AMIA Symposium Pub Date : 2002-01-01
J Edwards, P Tarczy-Hornoch
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引用次数: 0

摘要

a)我们对疾病的基因型和表型分类的理解不断变化,b)两个数据库中针对临床医生的条目数量的快速增长和扩大,导致需要开发一个灵活的动态遗传疾病分级分类系统。使用这种分类模式的两个数据库是GeneClinics (GC)数据库- www.geneclinics.org和GeneTests (GT)数据库- www.genetests.org。GC和GT数据库分别作为基因检测的用户手册和黄页。在关系数据库中,将GeneTests/GeneClinics (GT/GC)分类层次结构维护为一组简单的父/子关系。层次结构是根据用户请求实时生成的。它不是作为一组成员来维护的,这些成员的关系是由解析来确定树的结构的字符定义的。GT/GC分类层次结构条目由数据维护和搜索工具作为对象处理,并且可能具有许多属性和关联,这些属性和关联创建了用于定义和检查遗传疾病的丰富工具
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of a classification hierarchy for the GeneTests/GeneClinics genetic testing databases.

The combination of a) our changing understanding of genotypic and phenotypic classification of diseases and b) the rapid growth and expansion of the number of entries in two databases targeted toward clinicians resulted in the need to develop a flexible dynamic hierarchical classification system for genetic disorders. The two databases making use of this classification schemas are the GeneClinics (GC) database - www.geneclinics.org and the GeneTests (GT) database - www.genetests.org The GC and GT databases serve respsectively as the users manual and yellow pages of genetic testing. The GeneTests/GeneClinics (GT/GC) classification hierarchy is maintained as a simple set of parent/child relationships in a relational database. The hierarchy is generated in real time in response to a user request. It is not maintained as a set of members with relationships defined by characters that are parsed to determine the structure of the tree. The GT/GC classification hierarchy entries are handled as objects by the data maintenance and search tools and may have a number of attributes and associations that create a rich tool for defining and examining genetic disorders

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