官方服务：
资源简介：
Regulation of lateral root formation in tea plant
应用场景：
创建时间：
2022-12-29
相关数据集
Camellia sinensis Raw sequence reads. Camellia sinensis
Comparative analyses of transcriptome profiles and selected metabolites unravel the regulatory network of ammonium and nitrate as signaling molecules regulating nitrogen preference uptake and utilizat
NIAID Data Ecosystem90
Transcriptome data of tea variety zhenong 139 under 50 mg / L fluoride stress (first leaf, fifth leaf and root)
Transcriptome data of tea variety zhenong 139 under 50 mg / L fluoride stress (first leaf, fifth leaf and root)
Figshare2020-02-14 更新60
Genome assembly of the rare and endangered Grantham's camellia, Camellia granthamiana
The Grantham’s camellia (Camellia granthamiana Sealy) is a rare and endangered tea species that is endemic to southern China, and was first discovered in Hong Kong in 1955. Despite its high conservati
Figshare2024-05-03 更新50
Transcriptome profiling of tea in response to nitrogen deficiency
Nitrogen (N) is the key factor limiting the crop growth and development. As an economically important crop, tea is strongly nitrogen-dependent. However, the physiological and molecular mechanisms unde
NIAID Data Ecosystem60
Leaf and root RNA sequencing of Drink tea Camellia varieties HJ (Huangjin #1) and FD (Fudingdabai) and nitrogen usage. Camellia
The study is to understand the molecular mechanism of between nitrogen usage and whole genome gene expression by RNA-seq and regulation network during tea leaf producing in two commercial drink tea va
NIAID Data Ecosystem60
