Figure S2. Sequence difference and phenotypic variations on four reported genes. A. Difference sites between the related two parents. The difference sites are shown in red. Amino acids variations are listed in parenthesis. Empty blocks and blue blocks represent non-coding regions and exons, respectively. B-E. Phenotypic variation between CSSLs individuals and their recurrent parents. B. CSSL-A9 and CSSL-A53 harbor Lax1 of PA64s allele at qSPB1â2 locus. C. CSSL-C19 harbors Sd1 of PA64s allele at qPH1â2 locus. D. CSSL-B35 and CSSL-B36 harbor GW5 of Nipponbare allele at qGW5 locus. E. CSSL-B10 harbors Nal1 of Nipponbare allele at qFLW4 locus. Error bars are s.d. * and ** indicate the least significant difference at 0.05 and 0.01 probabilit...
Figure S3. Fine-mapping and sequence comparison of qGP1(Gn1a): a, the qGP1 was mapped between to Blo...
Table S1. Genetic studies using Koshihikari as recurrent parent with the goal of improving the agron...
Figure S4. Sequence comparison of PHYB, SD1, DTH8, SDG708, and GW5 between SN265 and R99. (PDF 47Â k...
Table S1. Eleven traits of Nipponbare, PA64s and 9311 observed in Shengzhen (SZ) and Hangzhou (HZ). ...
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Figure S3. Double-crossovers in CSSLs. Different colors represent different genotypes: red, 9311; bl...
Figure S1. Graphical genotypes of the reciprocal CSSLs. (a) 41Â K-CSSLs, (b) 39Â T-CSSLs. Orange reg...
Figure S2. Collinearity between the bin map derived from the RIL population and the reference genome...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
QTLs for ten agronomic traits detected in 198 CSSLs at Nanjing and Sanya sites. Table S1: Sequence i...
Table S1. Primers used for population development and QTL mapping. Table S2. Primers used for sequen...
Figure S1. Graphic representation of the genotypes of 151 RILs that were identified using a sliding ...
Figure S1. The histograms (A and B) and boxplot (C) for OPW of RILs from Koshihikari/Yamadanishiki i...
Table S1. Comparison of eight traits between PYZX, P02428 and RILs in four environments in this stud...
Selection of segregation lines to evaluate the effect of quantitative trait loci (QTLs) detected on ...
Figure S3. Fine-mapping and sequence comparison of qGP1(Gn1a): a, the qGP1 was mapped between to Blo...
Table S1. Genetic studies using Koshihikari as recurrent parent with the goal of improving the agron...
Figure S4. Sequence comparison of PHYB, SD1, DTH8, SDG708, and GW5 between SN265 and R99. (PDF 47Â k...
Table S1. Eleven traits of Nipponbare, PA64s and 9311 observed in Shengzhen (SZ) and Hangzhou (HZ). ...
Figure S4. Quantitative real-time RT-PCR analysis and Sequence variations of predicted genes. A-C.RN...
Figure S3. Double-crossovers in CSSLs. Different colors represent different genotypes: red, 9311; bl...
Figure S1. Graphical genotypes of the reciprocal CSSLs. (a) 41Â K-CSSLs, (b) 39Â T-CSSLs. Orange reg...
Figure S2. Collinearity between the bin map derived from the RIL population and the reference genome...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
QTLs for ten agronomic traits detected in 198 CSSLs at Nanjing and Sanya sites. Table S1: Sequence i...
Table S1. Primers used for population development and QTL mapping. Table S2. Primers used for sequen...
Figure S1. Graphic representation of the genotypes of 151 RILs that were identified using a sliding ...
Figure S1. The histograms (A and B) and boxplot (C) for OPW of RILs from Koshihikari/Yamadanishiki i...
Table S1. Comparison of eight traits between PYZX, P02428 and RILs in four environments in this stud...
Selection of segregation lines to evaluate the effect of quantitative trait loci (QTLs) detected on ...
Figure S3. Fine-mapping and sequence comparison of qGP1(Gn1a): a, the qGP1 was mapped between to Blo...
Table S1. Genetic studies using Koshihikari as recurrent parent with the goal of improving the agron...
Figure S4. Sequence comparison of PHYB, SD1, DTH8, SDG708, and GW5 between SN265 and R99. (PDF 47Â k...