Roberg-Perez Kevin, Carlson Corey M, Largaespada David A
University of Minnesota Cancer Center, Minneapolis, MN 55455, USA.
Nucleic Acids Res. 2003 Jan 1;31(1):78-81. doi: 10.1093/nar/gkg045.
The Sleeping Beauty (SB) transposon system provides the first random insertional mutagen available for germline genetic screens in mice. In preparation for a large scale project to create, map and manage up to 5000 SB insertions, we have developed the Mouse Transposon Insertion Database (MTID; http://mouse.ccgb.umn.edu/transposon/). Each insertion's genomic position, as well as the distance between the insertion and the nearest annotated gene, are determined by a sequence analysis pipeline. Users can search the database using a specified nucleotide or genetic map position to identify the nearest insertion. Mouse reports describe insertions carried, strain, genotype and dates of birth and death. Insertion reports describes chromosome, nucleotide and genetic map positions, as well as nearest gene data from Ensembl, NCBI and Celera. The flanking sequence used to map the insertion is also provided. Researchers will be able to identify insertions of interest and request mice or frozen sperm that carry the insertion.
“睡美人”(SB)转座子系统为小鼠种系遗传筛选提供了首个随机插入诱变方法。为准备一个创建、定位和管理多达5000个SB插入的大规模项目,我们开发了小鼠转座子插入数据库(MTID;http://mouse.ccgb.umn.edu/transposon/)。每个插入的基因组位置以及插入与最近注释基因之间的距离,由一个序列分析流程确定。用户可以使用指定的核苷酸或遗传图谱位置搜索数据库,以识别最近的插入。小鼠报告描述携带的插入、品系、基因型以及出生和死亡日期。插入报告描述染色体、核苷酸和遗传图谱位置,以及来自Ensembl、NCBI和Celera的最近基因数据。还提供用于定位插入的侧翼序列。研究人员将能够识别感兴趣的插入,并请求获得携带该插入的小鼠或冷冻精子。