… incompatibilities through non-Mendelian mechanisms, fostering polyploid genome
reorganization in association with the establishment of new lineages. See also sister article focusing …

… of eukaryotic life are considered — including plants, yeast, vertebrates, and human cancers
… , from genome restructuring to genome stasis. In fact, striking differences in genome change …

… species examined, both plant and … of polyploidy in plants, many recognized species are
probably polyphyletic. Extensive and rapid genome restructuring can occur after polyploidization. …

… It is predicted that silencing transposons by DNA methylation is a defense mechanism
against genome reorganization during allopolyploid evolution.(71) The high levels of …

… of plant genomes … of genome reorganization in recently formed polyploid species, and
macroevolutionary patterns of WGD in plant genomes and propose that the ongoing genomic …

… observed in plants, genome rediploidization starts in polyploid organisms immediately after
the polyploid shock. Given the speed and dynamicity of this process, evidence of genome …

… reorganization, transgressive gene … crop plants that sustain civilization. Here we review the
role of crop species in shedding light on polyploidy as a general feature of plant genomes, as …

… genomic reorganization and epigenetic reprogramming causes changes in gene expression
after polyploidy … expression of duplicated alleles in early polyploids (9). Such models need …

… of polyploidy-induced genome reorganization, however, remains elusive. … genome
reorganization after polyploidy deserve further work, a greater rate of genome reorganization is …

… polyploidization induced genetic restructuring in triticale. Sequence analysis of rearranged
genomic … genomic rearrangements mediated by polyploidization in triticale is also discussed. …