… the next generation. … genome sequencing using SMRT sequencing technology (Pacific
Biosciences). The original F 1 homoploid hybrid, S 0 , and one individual from each generation …

… Next generation sequencing of the second intron of LEAFY indicates that decaploid Isoëtes
lacustris is an allopolyploid having in its genome the subgenomes of the North American …

… of autopolyploid and allopolyploid segments, sometimes termed “segmental allopolyploids.”
… of the relationship between genome instability in novel polyploids and genome evolution. …

… examples resemble resynthesized allopolyploids in being … allopolyploids generally do
not show signs of genomic changes 12,13,14,16,69,70,71 . Here, we focus on an allopolyploid …

… , genome dominance was not observed and its short-term responses to allopolyploidy are
… insights into our understanding of genome evolution after allopolyploidy, and could facilitate …

… ploidy reduction and genome shuffling are the major driving forces of genome evolution.
Here, we revealed short-term allopolyploid genome evolution by sequencing a synthetic …

… -throughput whole-genome sequencing of these and other diploid and polyploid genomes
has greatly advanced our understanding of post-polyploid genome evolution. Despite recent …

… within allopolyploid genomes that relies on transposable elements to group chromosomes
into sets with shared ancestry, without regard to any external genome comparisons. This …

… of genomic polarization that, when applied to an allopolyploid species, produces nucleotide
sequences that capture the fraction of a polyploid genome … ) to the second parental species. …

… to identify the ancestors of allopolyploid subgenomes, discuss the … affect the subsequent
evolutionary analysis of these genomes. … in genome evolution to further our understanding of …