Figure S3. Sequence verification of SNFL1 in complement transgenic plants. Black arrows represent the peak of mutation and rescue. (PPT 96 kb
Table S3. Primers for qRT-PCR, genotyping, and plasmid construction. (DOCX 18 kb
Figure S1. Alignment of predicted N and C amino acid sequences of partial COLs from Arabidopsis thal...
Figure S8. Down-regulated and up-regulated genes in the most significantly enriched pathways in nrtp...
Figure S2. Genetic sequences of LOC_Os05g50270. The ATG and TAG codon were shaded in green, the muta...
Figure S1. The phenotype of snfl1 mutant. (A-B) Plants of WT and snfl1 in the field. (C) A culm of W...
Abstract Background The flag leaf of rice (Oryza sativa L.) is an important determinant of plant typ...
Figure S1. Protein sequence of NRTP1. Domains are marked by different colors. A substitution from As...
Confirmation of the overexpression of Z3 by the CaMV 35S promoter in six independent complementation...
Figure S6. Phenotypes of transgenic plants overexpressing NRTP1. (A) Comparison of phenotypes betwee...
Figure S3. dCAPS marker for molecular identification. (A) DNA sequences of wild type and mutant. The...
Figure S1. Sequence alignment of amino acids of OsDWARF4 and PMM1/OsDWARF11. (a) Sequence alignment ...
Amino acid alignment of Z3 homologs in higher plants. The amino acid sequences of Z3 homologs in hig...
Figure S5. RT-PCR analysis of NRTP1 expression after SA and JA treatments. Untreated roots are posit...
Table S3. Expression levels of all genes. The expression levels (FPKM) of each gene in three replica...
Figure S2. Amino acid alignment of NRTP1 with other CC-NB-LRR proteins identified in rice. Substitut...
Table S3. Primers for qRT-PCR, genotyping, and plasmid construction. (DOCX 18 kb
Figure S1. Alignment of predicted N and C amino acid sequences of partial COLs from Arabidopsis thal...
Figure S8. Down-regulated and up-regulated genes in the most significantly enriched pathways in nrtp...
Figure S2. Genetic sequences of LOC_Os05g50270. The ATG and TAG codon were shaded in green, the muta...
Figure S1. The phenotype of snfl1 mutant. (A-B) Plants of WT and snfl1 in the field. (C) A culm of W...
Abstract Background The flag leaf of rice (Oryza sativa L.) is an important determinant of plant typ...
Figure S1. Protein sequence of NRTP1. Domains are marked by different colors. A substitution from As...
Confirmation of the overexpression of Z3 by the CaMV 35S promoter in six independent complementation...
Figure S6. Phenotypes of transgenic plants overexpressing NRTP1. (A) Comparison of phenotypes betwee...
Figure S3. dCAPS marker for molecular identification. (A) DNA sequences of wild type and mutant. The...
Figure S1. Sequence alignment of amino acids of OsDWARF4 and PMM1/OsDWARF11. (a) Sequence alignment ...
Amino acid alignment of Z3 homologs in higher plants. The amino acid sequences of Z3 homologs in hig...
Figure S5. RT-PCR analysis of NRTP1 expression after SA and JA treatments. Untreated roots are posit...
Table S3. Expression levels of all genes. The expression levels (FPKM) of each gene in three replica...
Figure S2. Amino acid alignment of NRTP1 with other CC-NB-LRR proteins identified in rice. Substitut...
Table S3. Primers for qRT-PCR, genotyping, and plasmid construction. (DOCX 18 kb
Figure S1. Alignment of predicted N and C amino acid sequences of partial COLs from Arabidopsis thal...
Figure S8. Down-regulated and up-regulated genes in the most significantly enriched pathways in nrtp...