Table S1. Cytokinin concentration in Brassica napus seedlings overexpressing the CKX2 gene. The table represents the complete data set, which is supplementary to Table 1. The table shows the mean cytokinin content in 1 g of extracted tissue in pmol g− 1 F.W. ± SD (n = 3). Significance of differences compared to wild type (WT) was calculated using Student’s t-test (* p ≤ 0.05; ** p ≤ 0.01; *** p ≤ 0.001). LOD, limit of detection. NA, not applicable because two out of three biological replicates of this genotype have values below LOD. (DOC 175 kb
Table S7. LRT results for selective pressure branch model (Model 0 vs two ratio model 2, df = 6). Ta...
Figure S3. Chromosomal mapping of CRFs in B. nigra and B. juncea. The CRFs in B. nigra (A) and B. ju...
Table S1. 27,236 OGs of all the protein-coding genes in Arabidopsis thaliana, Glycine max, Brassica ...
Table S2. Leaf element concentration in leaves of one-month-old Brassica napus plants overexpressing...
Table S4. Elements relate to hormone and stress in the promotor of CRFs predicted by PLACE.Table S5....
Table S5. Elements relate to hormone and stress in the promotor of CRFs predicted by PlantCARE. (XLS...
Figure S6. Ka/Ks values of CRF orthologous gene pairs of Br-At, Bol-At and Bna-At over a sliding win...
Pie-chart shows the E-value, similarity and species distribution of Brassica napus L. to other plant...
Table S3. List of origin genes in B. rapa, B. nigra and amphidiploid genes in B. napus, B. juncea. H...
Figure S5. Gene retention ratios of CRFs in the three sub-genomes of B. rapa, B. oleracea, and B. na...
Figure S2. Synteny analysis of CRFs among Brassica species. (A) Alignment between genes in diploid a...
Figure S4. Box-plots of gene retention ratio. Statistics by genomes (A) and by gene names (B) are sh...
Figure S1. Impact of PP intermediates on growth. Figure S2. Sensitivity of ref3 alleles in the cytok...
Comparison of fatty acid content of accessions grown in two environments. The two environments are p...
N source effect on nitrate content in roots and leaves of B. napus. Values represent mean ± SE (n = ...
Table S7. LRT results for selective pressure branch model (Model 0 vs two ratio model 2, df = 6). Ta...
Figure S3. Chromosomal mapping of CRFs in B. nigra and B. juncea. The CRFs in B. nigra (A) and B. ju...
Table S1. 27,236 OGs of all the protein-coding genes in Arabidopsis thaliana, Glycine max, Brassica ...
Table S2. Leaf element concentration in leaves of one-month-old Brassica napus plants overexpressing...
Table S4. Elements relate to hormone and stress in the promotor of CRFs predicted by PLACE.Table S5....
Table S5. Elements relate to hormone and stress in the promotor of CRFs predicted by PlantCARE. (XLS...
Figure S6. Ka/Ks values of CRF orthologous gene pairs of Br-At, Bol-At and Bna-At over a sliding win...
Pie-chart shows the E-value, similarity and species distribution of Brassica napus L. to other plant...
Table S3. List of origin genes in B. rapa, B. nigra and amphidiploid genes in B. napus, B. juncea. H...
Figure S5. Gene retention ratios of CRFs in the three sub-genomes of B. rapa, B. oleracea, and B. na...
Figure S2. Synteny analysis of CRFs among Brassica species. (A) Alignment between genes in diploid a...
Figure S4. Box-plots of gene retention ratio. Statistics by genomes (A) and by gene names (B) are sh...
Figure S1. Impact of PP intermediates on growth. Figure S2. Sensitivity of ref3 alleles in the cytok...
Comparison of fatty acid content of accessions grown in two environments. The two environments are p...
N source effect on nitrate content in roots and leaves of B. napus. Values represent mean ± SE (n = ...
Table S7. LRT results for selective pressure branch model (Model 0 vs two ratio model 2, df = 6). Ta...
Figure S3. Chromosomal mapping of CRFs in B. nigra and B. juncea. The CRFs in B. nigra (A) and B. ju...
Table S1. 27,236 OGs of all the protein-coding genes in Arabidopsis thaliana, Glycine max, Brassica ...