… by which TEs impact plant genome evolution and how polyploidy events can affect these
impacts, … expansion but also induce gene losses, gene mutations and genome restructuring. In …

… In plants, the most common path to endopolyploidy is endoreduplication, which doubles …
far imply that autopolyploids experience less genome restructuring than allopolyploids.” Thus, it …

… KEGG pathways, ie, 62.6–78.6% of the KEGG pathways … results showed that, while the
post-polyploidization genome … reorganization of the ancestral core-eudicot genome in extant …

… pathways that generate polyploidy and discuss how … A polyploid genome may be
transmitted through the germline, … In addition, because mitosis involves a reorganization of the …

… Two different pathways have been recognized in studying polyploidy in nature; mitotic or
somatic … One of the positive effects of polyploidy is the presence of various allele duplicates in …

… Thirdly, repetitive DNA sequences arising in polyploid crop genomes also impact sequence
… when analyzing polyploid crop genomes. It is apparent that dissection of genomic structural …

… Here we highlight the possible effects and roles of recombination between homoeologous
chromosomes during the early stages of allopolyploid stabilization. Homoeologous …

… genomes … genomes as they relate to polyploid crops. Finally, we review recent approaches
of haplotyping by phasing and the impact of third generation technologies on polyploid plant …

… polyploid populations through a range of processes results … -lasting and extensive genome
restructuring in this category leads to … Descending dysploidy, one of the most crucial routes of …

… important consequences of polyploidy for plant breeding are … number of plant species have
a polyploid genome, including … Two major pathways are known to lead to polyploidy in plants: …