Gene regulatory network controlling flower development in spinach

Supplementary Data 1. KEGG pathway enrichment of DEGs involved in spinach female and male flower development. F: female; M: male.

Supplementary Data 2. Functional GO annotation of DEGs related flower development in spinach female and male flowers.

Supplementary Data 3. List of transcription factor prediction.

Supplementary Data 4. Target DEGs by floral regulators.

Supplementary Data 5. KEGG pathway enrichment of DEGs involved in spinach female, male and monoecious mature flowers.

Supplementary Data 6. Primer sequence used in this study.

Supplementary Figure 1. Significantly enriched GO terms between dioecious spinach female and male flower development. A: significantly enriched molecular function items during female flower development; B: significantly enriched biological processes items during female flower development; C: significantly enriched molecular function items during male flower development; D: significantly enriched biological processes items during male flower development.

Supplementary Figure 2. GRNs shows the main TFs involved in the development of dioecious spinach flowers. Triangle: TFs; cyan: TFs regulate meristem; magenta: TFs regulate male flower; red: TFs regulate female flower; orange: TFs regulate male and female flower. Circle: target genes. Diamond and blue front: DGEs invloved phytohormone signal transduction pathways.

Supplementary Figure 3: GRNs shows the main TFs involved in the maturation of dioecious and monoecious flowers. Triangle: TFs; purple: TFs regulate female and monoecious flower; orange: TFs regulate monoecious and male flower; pink: TFs regulate male flower; red: TFs regulate monoecious flower. Circle: target genes. Diamond and blue front: DGEs invloved phytohormone signal transduction pathways.

Supplementary Figure 4. Differential gene expression profiles involved in phytohormone pathways in flower development.