Figure S2. Distribution of functional classes of protein encoding genes within the RI Norway genome. (A) Functional class distribution across the six RI Norway replicons. (B) Comparison of the relative occurrence of functionally classified protein encoding genes between the RI Norway and Rlv 3841 genomes. Functional annotation (COG) was performed on WebMGA server [1]. (TIF 10046 kb
Comparison of gene functions covered by seeds strains compared with nodule strains. (PPTX 206 kb
Protein multiple sequence alignment used for cladogram construction (related to Fig. 3). (NEX 1505 k...
Figure S6. Histogram of average distances within genome-matching and nonmatching single-copy eukaryo...
Figure S1. RI Norway substrate utilization pattern determined by Biolog. In blue and yellow are ind...
Number of genes encoding secreted proteins in Botrytis species grouped by GO annotation for the Biol...
Summary tables for gene conservation, variation, annotation, and functional enrichment analyses. Des...
Average nucleotide identity (ANIm) among the genomes of selected Sinorhizobium and Rhizobium strains...
The phylogenetic analysis of bZIP proteins based on the bZIP protein sequences from Arabidopsis (71 ...
Functional analysis of genes carrying non-synonymous and synonymous SNPs. a nsSNPs. b sSNPs. Genes c...
Figure S3. Histogram of average distances within ortholog groups, including single- and multi-copy i...
The number of annotated and newly predicted R-genes in each legume species. Annotated: the R-genes a...
Bacterial genes predicted to encode select symbiotic activities. Description: Table of all genes ide...
Functional categorization of Trihelix genes in wheat and B. distachyon. TaGT and BdGT genes were cat...
Figure S3. De novo orthologous protein groups (nâ=â10,630) encoded in 31âF. prausnitzii genome...
Figure S1A and B.Plasmid profiles from strains of L. reuteri. Figure S2. IS element target site sequ...
Comparison of gene functions covered by seeds strains compared with nodule strains. (PPTX 206 kb
Protein multiple sequence alignment used for cladogram construction (related to Fig. 3). (NEX 1505 k...
Figure S6. Histogram of average distances within genome-matching and nonmatching single-copy eukaryo...
Figure S1. RI Norway substrate utilization pattern determined by Biolog. In blue and yellow are ind...
Number of genes encoding secreted proteins in Botrytis species grouped by GO annotation for the Biol...
Summary tables for gene conservation, variation, annotation, and functional enrichment analyses. Des...
Average nucleotide identity (ANIm) among the genomes of selected Sinorhizobium and Rhizobium strains...
The phylogenetic analysis of bZIP proteins based on the bZIP protein sequences from Arabidopsis (71 ...
Functional analysis of genes carrying non-synonymous and synonymous SNPs. a nsSNPs. b sSNPs. Genes c...
Figure S3. Histogram of average distances within ortholog groups, including single- and multi-copy i...
The number of annotated and newly predicted R-genes in each legume species. Annotated: the R-genes a...
Bacterial genes predicted to encode select symbiotic activities. Description: Table of all genes ide...
Functional categorization of Trihelix genes in wheat and B. distachyon. TaGT and BdGT genes were cat...
Figure S3. De novo orthologous protein groups (nâ=â10,630) encoded in 31âF. prausnitzii genome...
Figure S1A and B.Plasmid profiles from strains of L. reuteri. Figure S2. IS element target site sequ...
Comparison of gene functions covered by seeds strains compared with nodule strains. (PPTX 206 kb
Protein multiple sequence alignment used for cladogram construction (related to Fig. 3). (NEX 1505 k...
Figure S6. Histogram of average distances within genome-matching and nonmatching single-copy eukaryo...