Table S1. Twelve InDel markers designed by analyzing sequence differences between Nipponbare and 93â11. Table S2. Seven InDel markers designed by analyzing the differences between Ilpum and Shingwang sequences. Table S3. SNP marker for ARMS PCR designed by analyzing the differences between Ilpum and Shingwang sequences. (DOCX 18 kb
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Table S2. Quantitative Reverse Transcription PCR data against 14 genes recorded in Experiment-1 and ...
Figure S2. Sequence difference and phenotypic variations on four reported genes. A. Difference sites...
InDel markers used for the fine mapping of qBK WD . Table S2. Tetra markers used for the fine mappin...
Figure S1. Phenotypic responses to bakanae disease in six homozygous recombinants for first fine map...
Table S1. Primers used for population development and QTL mapping. Table S2. Primers used for sequen...
Genetic diversity (A), Genetic divergence (FST) (B) and marker density (C) estimates computed for th...
Details of the two QTL (on chromosomes Os1 and Os4) associated to bakanae disease resistance in the ...
Table S1. Eleven traits of Nipponbare, PA64s and 9311 observed in Shengzhen (SZ) and Hangzhou (HZ). ...
Principal Coordinate Analysis of the Rice Germplasm Collection; each point shape represents a differ...
The primers (OsWRKY45, NH1, PR1a, Pb1 and Rubq1) were used for quantitative RT-PCR analysis. The oth...
Table S1. Comparison of eight traits between PYZX, P02428 and RILs in four environments in this stud...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
Table S2. Primers for expression patterns analysis of candidate genes by real-time PCR. (DOCX 16 kb
Figure S2. Collinearity between the bin map derived from the RIL population and the reference genome...
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Table S2. Quantitative Reverse Transcription PCR data against 14 genes recorded in Experiment-1 and ...
Figure S2. Sequence difference and phenotypic variations on four reported genes. A. Difference sites...
InDel markers used for the fine mapping of qBK WD . Table S2. Tetra markers used for the fine mappin...
Figure S1. Phenotypic responses to bakanae disease in six homozygous recombinants for first fine map...
Table S1. Primers used for population development and QTL mapping. Table S2. Primers used for sequen...
Genetic diversity (A), Genetic divergence (FST) (B) and marker density (C) estimates computed for th...
Details of the two QTL (on chromosomes Os1 and Os4) associated to bakanae disease resistance in the ...
Table S1. Eleven traits of Nipponbare, PA64s and 9311 observed in Shengzhen (SZ) and Hangzhou (HZ). ...
Principal Coordinate Analysis of the Rice Germplasm Collection; each point shape represents a differ...
The primers (OsWRKY45, NH1, PR1a, Pb1 and Rubq1) were used for quantitative RT-PCR analysis. The oth...
Table S1. Comparison of eight traits between PYZX, P02428 and RILs in four environments in this stud...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
Table S2. Primers for expression patterns analysis of candidate genes by real-time PCR. (DOCX 16 kb
Figure S2. Collinearity between the bin map derived from the RIL population and the reference genome...
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Table S2. Quantitative Reverse Transcription PCR data against 14 genes recorded in Experiment-1 and ...
Figure S2. Sequence difference and phenotypic variations on four reported genes. A. Difference sites...