… a unique opportunity to unravel the evolutionary history of … Phylogenetic studies have
revealed three highly diversified … to analyze chromosome evolution across the Araliaceae tree…

… The process involved 2 chromosome fusions. By the analysis of chromosome structure
and karyotype evolution, we found that sub-genomes Cs-G1 and Cs-G2 may share a closer …

… In this study, we use nuclear gene sequences to resolve phylogenetic relationships among
all … of CSC orthogroup representation in transcriptomes used in the phylogenetic analysis. …

… gene duplications from historical WGD events and those from recent small-scale duplications
(SSD), we performed self-genomic comparisons and classified the identified syntenic gene …

… 15% of all angiosperm speciation events are considered to … have received more attention
in phylogenetic studies [5, 8]. The … tree was generated to test amongst three genome evolution …

… , but also help unravel mechanisms … phylogenetic tree was constructed for 13 angiosperm
species and one outgroup, using 140 420 highly homologous amino acids from 325 low-copy …

… the early events in cyclostome genome evolution, leveraging … vertebrate karyotype is
fundamental to unravel the timing of 2R 8… Taken together, our comprehensive phylogenetic …

… Here we present a chromosomal genome assembly and … to those of angiosperms that serve
to mask WGD events. … genes based on a separate phylogenetic analysis of Type II genes (Fig…

… The genome size and chromosome number of angiosperms … contributors of genomic evolution.
Recurring ancient WGD … represent the gene investigation of this phylogenetic tree based …

… Angiosperm species with genome sequences reported by Ref. [83] are indicated with …
genome evolution and dynamics, including the origins of gene duplications [15] and gene clusters […