Fibrillarin evolution through the Tree of Life: Comparative genomics and microsynteny network analyses provide new insights into the evolutionary history of Fibrillarin
Fig 5
Phylogenomic microsynteny analysis of plant FIB homologues.
Phylogeny of the total 327 FIB proteins detected from 153 plant genomes (13 algae and 140 plants). Names of genes are placed on the tree by taxonomic affiliation, as indicated on the right. Colors of inner strips are according to major taxonomic groups: algae (red) and angiosperms (green). Internal pairwise connections between tree leaves represent pairwise synteny relationships and are colored according to the detected microsynteny clusters, as shown in Fig 2B and S9 Fig. Gray connections represent synteny pairwise relationships not included in any community. Black filled circles on the tip of the leaves represent genes belonging to the only orthogroup detected in plants. Yellow filled circles represent tandem duplicated genes and part of the unique orthogroup.