Van Rompuy L L, Lesage C, Vanderhaegen M E, Telemans M P, Zabeau M F
Plant Genetic Systems Laboratories, Gent, Belgium.
Comput Appl Biosci. 1986 Dec;2(4):251-5. doi: 10.1093/bioinformatics/2.4.251.
We have improved an existing clone database management system written in FORTRAN 77 and adapted it to our software environment. Improvements are that the database can be interrogated for any type of information, not just keywords. Also, recombinant DNA constructions can be represented in a simplified 'shorthand', whereafter a program assembles the full nucleotide sequence from the contributing fragments, which may be obtained from nucleotide sequence databases. Another improvement is the replacement of the database manager by programs, running in batch to maintain the databank and verify its consistency automatically. Finally, graphic extensions are written in Graphical Kernel System, to draw linear and circular restriction maps of recombinants. Besides restriction sites, recombinant features can be presented from the feature lines of recombinant database entries, or from the feature tables of nucleotide databases. The clone database management system is fully integrated into the sequence analysis software package from the Pasteur Institute, Paris, and is made accessible through the same menu. As a result, recombinant DNA sequences can directly be analysed by the sequence analysis programs.
我们改进了一个现有的用FORTRAN 77编写的克隆数据库管理系统,并使其适应我们的软件环境。改进之处在于,该数据库可以针对任何类型的信息进行查询,而不仅仅是关键词。此外,重组DNA构建体可以用简化的“速记法”表示,之后程序会从可能从核苷酸序列数据库获得的贡献片段中组装完整的核苷酸序列。另一项改进是用程序取代数据库管理器,这些程序以批处理方式运行以维护数据库并自动验证其一致性。最后,在图形核心系统中编写了图形扩展程序,以绘制重组体的线性和环形限制酶切图谱。除了限制酶切位点外,重组特征可以从重组数据库条目的特征行或核苷酸数据库的特征表中呈现。克隆数据库管理系统已完全集成到巴黎巴斯德研究所的序列分析软件包中,并通过相同的菜单进行访问。因此,重组DNA序列可以直接由序列分析程序进行分析。