Sun Wen, Chen Siyu, Tan Lina, Liu Yanglin, Zhang Xinyuan, Xiang Yan, Zheng Han, Yan Hanwei
Laboratory of Modern Biotechnology, School of Forestry and Landscape Architecture, Anhui Agricultural University, Hefei, China.
National Engineering Laboratory of Crop Stress Resistance Breeding, School of Life Sciences, Anhui Agricultural University, Hefei, 230036, China.
BMC Plant Biol. 2025 May 13;25(1):629. doi: 10.1186/s12870-025-06670-z.
Grapes are one of the oldest cultivated fruit species in the world, known for their high nutritional value. Grapes and grape products, including wine, are significant to many economies worldwide. Both abiotic and biotic stresses significantly impact the growth and reproduction of grapevines. RNA-Seq is a key tool for studying gene expression patterns under various conditions, such as stress responses, growth and developmental stages. In order to optimise the utilisation of these data for comprehensive research and analysis, and to enhance accessibility for users, we have developed a comprehensive database that provides gene expression profiles and traits in grapes.
We have developed the gene expression database for grapes (GEDG), an online resource that encompasses data on 9 types of abiotic (including heat, cold, hormones, light, climate, nitrogen, frozen) and biotic (disease and pests) stresses and different developmental stages. A total of 32 datasets were related to stress, 20 to growth and development, and one to chromosomal ploidy. The primary objective of GEDG is to expand and utilize transcriptome data to better understand stress responses in grapes. GEDG is the comprehensive database to integrate transcriptome and traits on grape.
The Gene Expression Database of Grape (GEDG) was created to serve as a free resource platform for researchers, offering a comprehensive collection of genetic expression profiles for grape varieties based on RNA-seq data. The database is available at https://www.gedg-vitis.cn/index.html .
葡萄是世界上最古老的栽培水果品种之一,以其高营养价值而闻名。葡萄及包括葡萄酒在内的葡萄制品对全球许多经济体都具有重要意义。非生物胁迫和生物胁迫都会对葡萄藤的生长和繁殖产生重大影响。RNA测序是研究各种条件下基因表达模式的关键工具,如应激反应、生长和发育阶段。为了优化这些数据在综合研究和分析中的利用,并提高用户的可访问性,我们开发了一个全面的数据库,该数据库提供葡萄的基因表达谱和性状。
我们开发了葡萄基因表达数据库(GEDG),这是一个在线资源,涵盖了9种非生物胁迫(包括热、冷、激素、光、气候、氮、冷冻)和生物胁迫(疾病和害虫)以及不同发育阶段的数据。共有32个数据集与胁迫相关,20个与生长发育相关,1个与染色体倍性相关。GEDG的主要目标是扩展和利用转录组数据,以更好地了解葡萄的应激反应。GEDG是整合葡萄转录组和性状的综合数据库。
创建葡萄基因表达数据库(GEDG)是为了为研究人员提供一个免费的资源平台,基于RNA测序数据提供葡萄品种的遗传表达谱的全面集合。该数据库可在https://www.gedg-vitis.cn/index.html上获取。