Table S1. Agronomic traits of HC three giant embryo mutants. DTH, days to heading; CL, culm length; PL, panicle length; PN, panicle number; SPP, spikelet per panicle; SF, spikelet fertility; GL, grain length; GW, grain width; LWR, length-width ratio. The means followed by lowercase letters are significantly different (pâ<â0.05, ANOVA) according to Duncan test. (XLSX 10 KB
Figure S7. Seed morphology of S142, 430, and pds plants. (A) Seeds of S142, 430, and pds. (B) Empty ...
Table S1. The primer sequences of related genes using for qPCR. Table S2. The descriptive statistica...
Figure S2. Phenotype comparison of lamina joint inclination and plant height between the wild type (...
Figure S1. Types of segregated F2 seed derived from cross-combinations of le/ge (a) and le/ges (b). ...
Figure S3. Co-segregation test on F2 individuals and various rice genotypes. a Co-segregation test o...
Background Although embryo accounts for only 2–3% of the total weight of a rice gra...
Figure S3. Phenotypes of the elongated sterile lemmas in the spikelets of the pds line. (A) Percenta...
Details of primers used in this study. Figure S1. Confirmation of the presence of aberrant transcrip...
Statistical analysis of agronomic traits in the z3 mutant. a–f Agronomic traits were investigated be...
Figure S1. The phenotype of snfl1 mutant. (A-B) Plants of WT and snfl1 in the field. (C) A culm of W...
Figure S2. Comparison of the plant architecture of S142, 430, and pds at the vegetative stage. (A) M...
Figure S1. Mean percentage of tissues showing tissue-specific silencing (TSS) of alleles/homeologs i...
Rice embryos are rich in high-quality protein, lipid, vitamins and minerals, representing the most i...
Rice embryos are rich in high-quality protein, lipid, vitamins and minerals, representing the most i...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
Figure S7. Seed morphology of S142, 430, and pds plants. (A) Seeds of S142, 430, and pds. (B) Empty ...
Table S1. The primer sequences of related genes using for qPCR. Table S2. The descriptive statistica...
Figure S2. Phenotype comparison of lamina joint inclination and plant height between the wild type (...
Figure S1. Types of segregated F2 seed derived from cross-combinations of le/ge (a) and le/ges (b). ...
Figure S3. Co-segregation test on F2 individuals and various rice genotypes. a Co-segregation test o...
Background Although embryo accounts for only 2–3% of the total weight of a rice gra...
Figure S3. Phenotypes of the elongated sterile lemmas in the spikelets of the pds line. (A) Percenta...
Details of primers used in this study. Figure S1. Confirmation of the presence of aberrant transcrip...
Statistical analysis of agronomic traits in the z3 mutant. a–f Agronomic traits were investigated be...
Figure S1. The phenotype of snfl1 mutant. (A-B) Plants of WT and snfl1 in the field. (C) A culm of W...
Figure S2. Comparison of the plant architecture of S142, 430, and pds at the vegetative stage. (A) M...
Figure S1. Mean percentage of tissues showing tissue-specific silencing (TSS) of alleles/homeologs i...
Rice embryos are rich in high-quality protein, lipid, vitamins and minerals, representing the most i...
Rice embryos are rich in high-quality protein, lipid, vitamins and minerals, representing the most i...
Table S1. Genotypes of RILs. Table S2. Additional markers using genotypes of RILs. Table S3Â Days to...
Figure S7. Seed morphology of S142, 430, and pds plants. (A) Seeds of S142, 430, and pds. (B) Empty ...
Table S1. The primer sequences of related genes using for qPCR. Table S2. The descriptive statistica...
Figure S2. Phenotype comparison of lamina joint inclination and plant height between the wild type (...