Table S1. Genetic studies using Koshihikari as recurrent parent with the goal of improving the agronomic characteristics of Koshihikari. Category A: isolated as single-gene locus, and phenotype proven in the Koshihikari genetic background. Category B: QTL delimited but unidentified in the Koshihikari genetic background. Category C: comprehensive genome-wide analysis by Koshihikari genetic background. (DOCX 23 kb
Table S3. Number of alleles carried by the 20 plants with the highest and the lowest value for each ...
Geographical (a,b) and methodological (c) origins of KRICE_CORE. Figure S2. Scatter plot between map...
Supporting figures. Figure S1. Schematic summary of the data processing and analysis pipeline. Figur...
Figure S1. Graphical genotypes of the reciprocal CSSLs. (a) 41Â K-CSSLs, (b) 39Â T-CSSLs. Orange reg...
Table S1. List of the 423 accessions including country of origin, subpopulation (indica, temperate j...
Figure S2. Sequence difference and phenotypic variations on four reported genes. A. Difference sites...
Table S1. Eleven traits of Nipponbare, PA64s and 9311 observed in Shengzhen (SZ) and Hangzhou (HZ). ...
Table S1. List of all rice accessions used for SNP genotyping. Rice accessions are tabled with their...
Table S2. Mean phenotypic values of cultivars carrying different alleles in the significant associat...
Table S1. Aboriginal rice accessions, control varieties and their domestication-related phenotypes. ...
Genetic diversity (A), Genetic divergence (FST) (B) and marker density (C) estimates computed for th...
Table S1. Seed setting rates of BC5F1 plants obtained from fertile BC4F1 plants. Table S2. Seed sett...
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Figure S1. Selection and identification of Pi54 alleles using primer set Pi54 MAS. Figure S2. Alignm...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
Table S3. Number of alleles carried by the 20 plants with the highest and the lowest value for each ...
Geographical (a,b) and methodological (c) origins of KRICE_CORE. Figure S2. Scatter plot between map...
Supporting figures. Figure S1. Schematic summary of the data processing and analysis pipeline. Figur...
Figure S1. Graphical genotypes of the reciprocal CSSLs. (a) 41Â K-CSSLs, (b) 39Â T-CSSLs. Orange reg...
Table S1. List of the 423 accessions including country of origin, subpopulation (indica, temperate j...
Figure S2. Sequence difference and phenotypic variations on four reported genes. A. Difference sites...
Table S1. Eleven traits of Nipponbare, PA64s and 9311 observed in Shengzhen (SZ) and Hangzhou (HZ). ...
Table S1. List of all rice accessions used for SNP genotyping. Rice accessions are tabled with their...
Table S2. Mean phenotypic values of cultivars carrying different alleles in the significant associat...
Table S1. Aboriginal rice accessions, control varieties and their domestication-related phenotypes. ...
Genetic diversity (A), Genetic divergence (FST) (B) and marker density (C) estimates computed for th...
Table S1. Seed setting rates of BC5F1 plants obtained from fertile BC4F1 plants. Table S2. Seed sett...
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Figure S1. Selection and identification of Pi54 alleles using primer set Pi54 MAS. Figure S2. Alignm...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
Table S3. Number of alleles carried by the 20 plants with the highest and the lowest value for each ...
Geographical (a,b) and methodological (c) origins of KRICE_CORE. Figure S2. Scatter plot between map...
Supporting figures. Figure S1. Schematic summary of the data processing and analysis pipeline. Figur...