Figure S10. Module-tissue association. Each row corresponds to a module and each column corresponds to a tissue. The top and bottom number in each cell indicate the correlation coefficient between the module and tissue and p-value of the test, respectively. (PDF 3815 kb
Figure S3. Phylogenetic relationships and gene structure features of TabHLHs. The phylogenetic tree ...
Table S4. Comparison of the number of genes and intron distribution patterns within the bHLH domain ...
Figure S9. Analysis of network topology for various soft-thresholding powers. a. The scale-free fit ...
Table S18. Summary of the significantly enriched GO terms (q-value < 0.001) of genes in each co-expr...
Figure S7. Heatmap showing the transcriptional abundance of ZmbHLHs in 18 tissues. (PDF 448 kb
Table S5. Motif with best possible match and the number in each subfamilies and species. (XLS 38 kb
Table S20. The expression profiles of some genes from other families discussed in this study. (XLS 1...
Table S1. List of 1154 bHLHs from Arabidopsis, rice, maize and wheat and their related information. ...
Figure S8. Heatmap showing log2-transformed (FPKM+1) values for OsbHLHs in 7 tissues. (PDF 850 kb
Figure S5. Architecture of protein conserved motifs. Motifs are graphically represented as colored b...
Table S19. List of the âguide genesâ of nine subnetwork, and their related information. (XLS 37 ...
Figure S11. Plyhogenetic analysis of 140 TaDEFLs, 7 AtPDF1s and 6 AtPDF2s. The phylogenetic tree was...
Figure S1. Amino acid sequence alignment of 1154 Arabidopsis, rice, wheat and maize bHLH domains. Th...
Figure S2. The unrooted NJ tree of bHLH domains from Arabidopsis, rice, wheat and maize. The blue, r...
Figure S4. Phylogenetic relationships and gene structural features of ZmbHLHs. The phylogenetic tree...
Figure S3. Phylogenetic relationships and gene structure features of TabHLHs. The phylogenetic tree ...
Table S4. Comparison of the number of genes and intron distribution patterns within the bHLH domain ...
Figure S9. Analysis of network topology for various soft-thresholding powers. a. The scale-free fit ...
Table S18. Summary of the significantly enriched GO terms (q-value < 0.001) of genes in each co-expr...
Figure S7. Heatmap showing the transcriptional abundance of ZmbHLHs in 18 tissues. (PDF 448 kb
Table S5. Motif with best possible match and the number in each subfamilies and species. (XLS 38 kb
Table S20. The expression profiles of some genes from other families discussed in this study. (XLS 1...
Table S1. List of 1154 bHLHs from Arabidopsis, rice, maize and wheat and their related information. ...
Figure S8. Heatmap showing log2-transformed (FPKM+1) values for OsbHLHs in 7 tissues. (PDF 850 kb
Figure S5. Architecture of protein conserved motifs. Motifs are graphically represented as colored b...
Table S19. List of the âguide genesâ of nine subnetwork, and their related information. (XLS 37 ...
Figure S11. Plyhogenetic analysis of 140 TaDEFLs, 7 AtPDF1s and 6 AtPDF2s. The phylogenetic tree was...
Figure S1. Amino acid sequence alignment of 1154 Arabidopsis, rice, wheat and maize bHLH domains. Th...
Figure S2. The unrooted NJ tree of bHLH domains from Arabidopsis, rice, wheat and maize. The blue, r...
Figure S4. Phylogenetic relationships and gene structural features of ZmbHLHs. The phylogenetic tree...
Figure S3. Phylogenetic relationships and gene structure features of TabHLHs. The phylogenetic tree ...
Table S4. Comparison of the number of genes and intron distribution patterns within the bHLH domain ...
Figure S9. Analysis of network topology for various soft-thresholding powers. a. The scale-free fit ...
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