Figure S1. Alignment of the lipase domains of rice OsEDS1 and OsPAD4 as well as Arabidopsis AtEDS1 and AtPAD4. Figure S2. PAD4s interacts with EDS1s. Figure S3. Analysis of T-DNA insertion mutant RMD_03Z11KT37. Figure S4. oseds1 mutant complementation assays. oseds1 defense to Xoo but not Xoc. Figure S5. Effect of exogenous SA or JA application on OsEDS1 expression in rice plants. Figure S6. The oseds1 mutant shows higher SA and JA contents than those of wild-type (WT) plant. Figure S7. The oseds1 mutant had lower expression levels of PR1a, PR5 and JAZ8 genes than WT before and after JA or SA treatment. (DOC 73 kb
Interaction of OsPYLs and OsPP2Cs in yeast two-hybrid. Figure S2. Pylogenetic analysis of PYLs famil...
Table S1. JA biosynthesis-associated genes between the IR64 and spl21 plants in DEGs. (DOCX 23 kb
OsISA1 expression patterns in different organs and at different stages of seed development using qRT...
Table S1. PCR primers used for construction of vectors, detection of positive transgenic plants, mut...
Figure S1. Sequence alignment of amino acids of OsDWARF4 and PMM1/OsDWARF11. (a) Sequence alignment ...
Table S1 Comparison of agronomic traits between WT and ds1. Table S2 Primers used in mapping. Table ...
Figure S1. Alignment of OsMDHAR4 protein with monodehydroascorbate reductase proteins from Zea mays ...
The differenced expressed genes in jmj704 mutant plants compared with the wild type. (XLS 108 kb
Figure S2. Genotyping of osmdhar4 T-DNA insertion mutant. F1, R1 and L4 stand for the primers. W, wi...
Table S1. List of cis-acting elements of the rice SUMOylation machinery genes and respective descrip...
Figure S1. Characterization of ‘Dongjin’ (WT) and lgs1 plants. Figure S2. Identification of transcri...
Gene ontology analysis of up- and down-regulated genes in JMJ704 T-DNA mutant detected with RNA-seq ...
Figure S1. The phylogenetic tree of selected rice stress responsive C2H2-type zinc finger proteins a...
Figure S1. Comparison of nucleotide sequences between WT and psl mutant. Figure S2. Three-dimensiona...
Figure S7. Overexpression of OsWRKY67 influences the expression of defense-related genes. The values...
Interaction of OsPYLs and OsPP2Cs in yeast two-hybrid. Figure S2. Pylogenetic analysis of PYLs famil...
Table S1. JA biosynthesis-associated genes between the IR64 and spl21 plants in DEGs. (DOCX 23 kb
OsISA1 expression patterns in different organs and at different stages of seed development using qRT...
Table S1. PCR primers used for construction of vectors, detection of positive transgenic plants, mut...
Figure S1. Sequence alignment of amino acids of OsDWARF4 and PMM1/OsDWARF11. (a) Sequence alignment ...
Table S1 Comparison of agronomic traits between WT and ds1. Table S2 Primers used in mapping. Table ...
Figure S1. Alignment of OsMDHAR4 protein with monodehydroascorbate reductase proteins from Zea mays ...
The differenced expressed genes in jmj704 mutant plants compared with the wild type. (XLS 108 kb
Figure S2. Genotyping of osmdhar4 T-DNA insertion mutant. F1, R1 and L4 stand for the primers. W, wi...
Table S1. List of cis-acting elements of the rice SUMOylation machinery genes and respective descrip...
Figure S1. Characterization of ‘Dongjin’ (WT) and lgs1 plants. Figure S2. Identification of transcri...
Gene ontology analysis of up- and down-regulated genes in JMJ704 T-DNA mutant detected with RNA-seq ...
Figure S1. The phylogenetic tree of selected rice stress responsive C2H2-type zinc finger proteins a...
Figure S1. Comparison of nucleotide sequences between WT and psl mutant. Figure S2. Three-dimensiona...
Figure S7. Overexpression of OsWRKY67 influences the expression of defense-related genes. The values...
Interaction of OsPYLs and OsPP2Cs in yeast two-hybrid. Figure S2. Pylogenetic analysis of PYLs famil...
Table S1. JA biosynthesis-associated genes between the IR64 and spl21 plants in DEGs. (DOCX 23 kb
OsISA1 expression patterns in different organs and at different stages of seed development using qRT...