Elucidating the genetic basis of a high-tillering phenotype in a rice mutant
收藏NIAID Data Ecosystem2026-05-02 收录
官方服务：
资源简介：
QTL-seq and RNA-seq data for high-tillering rice mutant
应用场景：
创建时间：
2025-06-21
相关数据集
Additional file 2: of A semi-dominant mutation in a CC-NB-LRR-type protein leads to a short-root phenotype in rice
Table S2. Summary of sequencing data for each sample. Valid data were obtained after removing adaptor sequences and low-quality reads (Reads with more than 5% unidentified bases or more than 20% low-q
NIAID Data Ecosystem60
Additional file 1: of Dissection of the Genetic Architecture of Rice Tillering using a Genome-wide Association Study
Table S1. Primers for PCR and qRT-PCR analysis of the candidate genes. Table S2. TN phenotypes of S-RDP-II population in the field. Table S3. List of the detailed gene information of the 90 cloned TN
NIAID Data Ecosystem20
Characterization of the HD1.
(a) Seedling phenotype of the HD1 and WT. Bar = 5 cm. (b) The HD1 and WT at 3 weeks after the heading stage. Bar = 20 cm. (c) Mature panicle and seeds of the HD1 and WT. Bottom bar = 5 cm (panicle), t
Figshare2016-02-23 更新10
Phenotypic comparisons of the t483 mutant and wild-type Nipponbare (Beijing).
Data are presented as means ± SE. Flag leaf widths were measured through the middle region of leaves at the mature stage. Significance of differences between WT and t483 was detected using Student’s t
NIAID Data Ecosystem30
Morphometric analysis of the nal1-2 mutant.
Phenotypes of nal1-2 were measured at filling stage. Seconde leaf is the upper second leaf. Values are the mean ± standard error (SE) (n≥15). Asterisks reveal the significance of differences between w
NIAID Data Ecosystem20
