Gardner S, Thornton J
Synomics Ltd, 1 Cambridge Business Park, Cambridge CB4 0WZ, England.
Acta Crystallogr D Biol Crystallogr. 1998 Nov 1;54(Pt 6 Pt 1):1071-7. doi: 10.1107/s0907444998007112.
The validation, enrichment and organization of the data stored in PDB files is essential for those data to be used accurately and efficiently for modelling, experimental design and the determination of molecular interactions. The Iditis protein structure database has been designed to allow the widest possible range of queries to be performed across all available protein structures. The Iditis database is the most comprehensive protein structure resource currently available, and contains over 500 fields of information describing all publicly deposited protein structures. A custom-written database engine and graphical user interface provide a natural and simple environment for the construction of searches for complex sequence- and structure-based motifs. Extensions and specialized interfaces allow the data generated by the database to used in conjunction with a wide range of applications.
验证、充实和整理存储在PDB文件中的数据,对于准确、高效地将这些数据用于建模、实验设计以及确定分子相互作用至关重要。Iditis蛋白质结构数据库旨在允许对所有可用蛋白质结构进行尽可能广泛的查询。Iditis数据库是目前最全面的蛋白质结构资源,包含描述所有公开存放的蛋白质结构的500多个信息字段。一个定制编写的数据库引擎和图形用户界面为构建基于复杂序列和结构基序的搜索提供了自然而简单的环境。扩展和专用接口允许数据库生成的数据与广泛的应用程序结合使用。