Figure S1. Comparison of nucleotide sequences between WT and psl mutant. Figure S2. Three-dimensional structure prediction of OsPSL protein. Figure S3. Representative 2-D gel protein profiles of leaves from WT and psl mutant. Table S1. List of primers used in this study. Table S2. Comparisons of agronomic traits between WT and psl mutant. (PDF 477 kb
Table S1. Primers used in this study. aRice Annotation Project ( http://rapdb.dna.affrc.go.jp/index....
Figure S2. Comparison of the plant architecture of S142, 430, and pds at the vegetative stage. (A) M...
Table S1. The primer sequences of related genes using for qPCR. Table S2. The descriptive statistica...
Details of primers used in this study. Figure S1. Confirmation of the presence of aberrant transcrip...
Figure S1. Histological characterization of leaves in wild-type and wls5 plants. a, b Cross sections...
Figure S1. Sugar levels in the leaf blades of wild-type rice and gs1;2 mutant rice. Seedlings were g...
Figure S3. RT-PCR analysis and alignment of the deduced amino acid sequences of the cFBPase2 polypep...
Figure S6. Phenotypes of transgenic plants overexpressing NRTP1. (A) Comparison of phenotypes betwee...
Figure S4. Analysis of sugar contentsin the OscFBP2 mutants. Seedlings were grown hydroponically in ...
Figure S1. Sequence alignment of amino acids of OsDWARF4 and PMM1/OsDWARF11. (a) Sequence alignment ...
Figure S3. dCAPS marker for molecular identification. (A) DNA sequences of wild type and mutant. The...
Figure S1. The phenotype of snfl1 mutant. (A-B) Plants of WT and snfl1 in the field. (C) A culm of W...
Morphology of roots between WT and rel2 mutant. A Phenotype comparison of roots between WT and rel2 ...
Figure S1. Protein sequence of NRTP1. Domains are marked by different colors. A substitution from As...
Figure S4. Co-segregation of phenotype and genotype. All the homozygous mutants produced higher mobi...
Table S1. Primers used in this study. aRice Annotation Project ( http://rapdb.dna.affrc.go.jp/index....
Figure S2. Comparison of the plant architecture of S142, 430, and pds at the vegetative stage. (A) M...
Table S1. The primer sequences of related genes using for qPCR. Table S2. The descriptive statistica...
Details of primers used in this study. Figure S1. Confirmation of the presence of aberrant transcrip...
Figure S1. Histological characterization of leaves in wild-type and wls5 plants. a, b Cross sections...
Figure S1. Sugar levels in the leaf blades of wild-type rice and gs1;2 mutant rice. Seedlings were g...
Figure S3. RT-PCR analysis and alignment of the deduced amino acid sequences of the cFBPase2 polypep...
Figure S6. Phenotypes of transgenic plants overexpressing NRTP1. (A) Comparison of phenotypes betwee...
Figure S4. Analysis of sugar contentsin the OscFBP2 mutants. Seedlings were grown hydroponically in ...
Figure S1. Sequence alignment of amino acids of OsDWARF4 and PMM1/OsDWARF11. (a) Sequence alignment ...
Figure S3. dCAPS marker for molecular identification. (A) DNA sequences of wild type and mutant. The...
Figure S1. The phenotype of snfl1 mutant. (A-B) Plants of WT and snfl1 in the field. (C) A culm of W...
Morphology of roots between WT and rel2 mutant. A Phenotype comparison of roots between WT and rel2 ...
Figure S1. Protein sequence of NRTP1. Domains are marked by different colors. A substitution from As...
Figure S4. Co-segregation of phenotype and genotype. All the homozygous mutants produced higher mobi...
Table S1. Primers used in this study. aRice Annotation Project ( http://rapdb.dna.affrc.go.jp/index....
Figure S2. Comparison of the plant architecture of S142, 430, and pds at the vegetative stage. (A) M...
Table S1. The primer sequences of related genes using for qPCR. Table S2. The descriptive statistica...