SUPPORTING INFORMATION
Table S1. Sequence information of NtMYB11 ,NtMYB12 , and NtMYB111 genes.
Table S2. Identities of amino acid and CDS sequences amongNtMYB11 , NtMYB12 , and NtMYB111 genes.
Table S3. All the primers used in this study.
Table S4. All the DEGs in the leaves of NtMYB12a-OE and WT plants.
Table S5. All the DEGs between the seedlings of CK and sucrose treatment.
Supplemental Figure S1. Relative expression levels ofNtCHS , NtCHI , NtF3H , and NtFLS genes in theNtMYB12a-RNAi and NtMYB12b-RNAi plants.
Supplemental Figure S2. Characterization of the RNA-seq analysis between the WT and NtMYB12a-OE plants.
Supplemental Figure S3. Relative expression levels ofNtCHS , NtCHI , NtF3H and NtFLS genes in the35S:NtMYB12a-GR seedlings under DEX, CYC, and DEX+CYC treatment.
Supplemental Figure S4. NtMYB12a indirectly promotes the transcription of NtFAH1 , NtGDSL1 , NtGDSL3 , andNtGDSL4 genes.
Supplemental Figure S5. Characterization of the RNA-seq analysis between the CK and sucrose treatment.
Supplemental Figure S6. Generation and identification of theNtMYB12a transgenic and mutant plants.