Transcription and alternative splicing (AS) are now appreciated in plants, but few studies
have examined the effects of changing ploidy on transcription and AS. In this study, we …

Polyploidization has played an important role in the evolution of vertebrates, particularly at
the base of Teleostei–an enormously successful ray-finned fish group with additional …

Medicinal and aromatic plants (MAPs) are well known for their valuable secondary
metabolites and diverse phytochemicals responsible for a plethora of medicinal properties …

Aegilops comosa and Ae. markgrafii are diploid progenitors of polyploidy species of
Aegilops sharing M and C genomes, respectively. Transferring valuable genes/traits from …

Pulses of whole genome duplications occurred within numerous angiosperm lineages near
and subsequent to the K-Pg boundary. These duplications frequently were followed by …

Constitutive genomes of allopolyploid species evolve throughout their life span. However,
the consequences of long‐term alterations on the interdependency between each original …

The gynogenetic diploid hybrid clone line (GDH) derived from red crucian carp (♀ RCC)×
common carp (♂ CC) possesses the unusual reproductive trait of producing unreduced …

Background Polyploidy, although still poorly explored, represents an important evolutionary
event in several cyprinid clades. Herein, Catlocarpio siamensis and Probarbus jullieni …

Survival of polyploids in nature depends on several factors, including competition from
diploid relatives and increased genetic diversity. Unlike other reported Centaurea polyploid …

Polyploidy is an important factor in plant evolution that may trigger drastic genome
reorganization and phenotypic differentiation. In the last decade, extensive studies have …