TriticeaeSSRdb: Triticeae 简单序列重复序列综合数据库

Tingting Li, Shaoshuai Cai, Zhibo Cai, Yi Fu, Wenqiang Liu, Xiangdong Zhu, Chongde Lai, Licao Cui, Wenqiu Pan, Yihan Li
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摘要

微卫星又称简单序列重复序列(SSR),是所有基因组(尤其是真核生物)中存在的 1 至 6 个核苷酸的短串联重复序列。它们被广泛用作遗传分析和分子育种中的共显性标记。禾本科植物包括面包小麦、大麦和黑麦等主要谷类作物,以及丰富的牧草和草坪草,在全球粮食生产和农业中发挥着重要作用。为了加强遗传工作,加快禾本科作物的改良,我们开发了 TriticeaeSSRdb,这是一个用户友好的集成数据库。它包含 21 个物种的 3,891,705 个 SSR,并提供基于基因组区域、染色体、主题类型和重复主题序列的浏览选项。高级搜索功能可根据 SSR 的染色体位置和长度进行个性化搜索。用户还可以探索与 SSR 相关的基因,设计用于 PCR 验证的定制引物对,并利用实用工具进行全基因组浏览、序列比对以及根据本地序列进行 SSR 预测。我们将不断更新 TriticeaeSSRdb,增加物种和实用工具。我们预计该数据库将极大地促进性状遗传分析,并加强三尖杉科作物的分子育种策略。研究人员可通过 http://triticeaessrdb.com/ 免费访问该数据库。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TriticeaeSSRdb: a comprehensive database of simple sequence repeats in Triticeae
Microsatellites, known as simple sequence repeats (SSRs), are short tandem repeats of 1 to 6 nucleotide motifs found in all genomes, particularly eukaryotes. They are widely used as co-dominant markers in genetic analyses and molecular breeding. Triticeae, a tribe of grasses, includes major cereal crops such as bread wheat, barley, and rye, as well as abundant forage and lawn grasses, playing a crucial role in global food production and agriculture. To enhance genetic work and expedite the improvement of Triticeae crops, we have developed TriticeaeSSRdb, an integrated and user-friendly database. It contains 3,891,705 SSRs from 21 species and offers browsing options based on genomic regions, chromosomes, motif types, and repeat motif sequences. Advanced search functions allow personalized searches based on chromosome location and length of SSR. Users can also explore the genes associated with SSRs, design customized primer pairs for PCR validation, and utilize practical tools for whole-genome browsing, sequence alignment, and in silico SSR prediction from local sequences. We continually update TriticeaeSSRdb with additional species and practical utilities. We anticipate that this database will greatly facilitate trait genetic analyses and enhance molecular breeding strategies for Triticeae crops. Researchers can freely access the database at http://triticeaessrdb.com/.
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