Figure S5. Obtained transgenic plantlets of BcNS. A: Sown seeds; B: seedling at 4–5 days; C: cotyledon–hypocotyl explants during preculture; D–E: cotyledon–hypocotyl explants during differentiation; F: grown seedling; G–H: roots induced from the HygR seedling; and I: regenerated plants transferred to the plot. (TIFF 13426 kb
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 S7. Morphology observation of the flowers of B. rapa ssp. chinensis var. parachinesis transge...
Figure S6. Positive detection of transgenic Chinese cabbage (B. campestris ssp. chinensis var. parac...
Table S3. Putative cis-elements in promoter region of the 34 MtN3/saliva/SWEETs genes in B. rapa. (X...
Figure S1. Copy number changes in the B. rapa and Arabidopsis MtN3/saliva/SWEET genes in Clades Aâ...
Table S4. Secondary structural prediction of theMtN3/saliva/SWEETs proteins of B. rapa. (XLSX 52Â kb
Figure S3. WebLogo of the most conserved consensus motifs of the amino acids of B. rapa. (TIFF 1081Â...
Table S6. Protein subcellular localization prediction of MtN3/saliva/SWEETs proteins in B. rapa. (XL...
Figure S2. Multiple alignment analysis of the MtN3/saliva/SWEET gene family in B. rapas. The black b...
Table S3. List of origin genes in B. rapa, B. nigra and amphidiploid genes in B. napus, B. juncea. H...
Figure S3. Chromosomal mapping of CRFs in B. nigra and B. juncea. The CRFs in B. nigra (A) and B. ju...
Alignments between B. napus and B. rapa TTG1 sequences, primer coverage, and binary vector construct...
Additional file 5: Figure S1. Morphological distinctiveness and anthocyanin contents of four Brassic...
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 S7. Morphology observation of the flowers of B. rapa ssp. chinensis var. parachinesis transge...
Figure S6. Positive detection of transgenic Chinese cabbage (B. campestris ssp. chinensis var. parac...
Table S3. Putative cis-elements in promoter region of the 34 MtN3/saliva/SWEETs genes in B. rapa. (X...
Figure S1. Copy number changes in the B. rapa and Arabidopsis MtN3/saliva/SWEET genes in Clades Aâ...
Table S4. Secondary structural prediction of theMtN3/saliva/SWEETs proteins of B. rapa. (XLSX 52Â kb
Figure S3. WebLogo of the most conserved consensus motifs of the amino acids of B. rapa. (TIFF 1081Â...
Table S6. Protein subcellular localization prediction of MtN3/saliva/SWEETs proteins in B. rapa. (XL...
Figure S2. Multiple alignment analysis of the MtN3/saliva/SWEET gene family in B. rapas. The black b...
Table S3. List of origin genes in B. rapa, B. nigra and amphidiploid genes in B. napus, B. juncea. H...
Figure S3. Chromosomal mapping of CRFs in B. nigra and B. juncea. The CRFs in B. nigra (A) and B. ju...
Alignments between B. napus and B. rapa TTG1 sequences, primer coverage, and binary vector construct...
Additional file 5: Figure S1. Morphological distinctiveness and anthocyanin contents of four Brassic...
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...