… Therefore, to better track genome evolution during the … and other lineages of angiosperms,
we further assigned … We concatenated single-copy genes and generated a phylogenetic tree …

… in seeds of gymnosperms and angiosperms; the SH clade are … MUSCLE and the phylogenetic
tree was constructed using … This is consistent with a slow genome evolution in long-lived …

… A phylogenetic tree was constructed using all protein sequences. Based on the classification
… lineage-specific synteny suggested that gene duplication events other than whole genome …

… several times in different angiosperm groups. Among them, … We identified a cluster of gene
duplications (CGD5) shared by … To unravel the evolutionary history of GD across Pooideae …

… Furthermore, we unravel the metabolic co-expression network of … A phylogenetic tree was
constructed for the 15 species of … genome evolution across asterids, we searched for genome-…

… We recovered a phylogenetic tree of the mosses (Figure 2; Appendices S4, S7) that is
congruent with most current ordinal relationships based on variation in sporangial dehiscence, …

… genomes with five other sequenced genomes of angiosperm … , we identified 429 single-copy
orthologous gene families … a superalignment matrix to construct a phylogenetic tree. The …

… will unravel the adaptive advantages conferred by genome triplication, … Understanding how
triplicated genomes evolve over … to adaptive evolution in angiosperms. Molecular Plant. 2020;…

… relationships, such as the root of angiosperms [1, 2], the … genome sequencing and
published complete genomes of … tree, we analyzed and distinguished the signal of gene tree …

… tree to time using 200 fossils, we discovered that early angiosperm evolution was characterized
by high gene tree … than 80% of extant angiosperm orders. Steady diversification ensued …