Allopolyploidization in plants entails the merger of two divergent nuclear genomes, typically
with only one set (usually maternal) of parental plastidial and mitochondrial genomes and …

Ribulose-1, 5-bisphosphate carboxylase/oxygenase (RuBisCo) has long been studied from
many perspectives. As a multisubunit (large subunits [LSUs] and small subunits [SSUs]) …

Allopolyploids, formed by hybridization and chromosome doubling, face the immediate
challenge of having duplicated nuclear genomes that interact with the haploid and …

Abstract The Triticum/Aegilops complex includes hybrid species resulting from homoploid
hybrid speciation and allopolyploid speciation. Sequential allotetra-and allohexaploidy …

During allopolyploid speciation, two divergent nuclear genomes merge, yet only one
(usually the maternal) of the two sets of progenitor organellar genomes is maintained …

Whole‐genome duplications (WGD) through polyploid speciation are associated with
disruptions of well‐tuned relationships among the three plant cell genomes. Key metabolic …

Several plastid macromolecular protein complexes are encoded by both nuclear and plastid
genes. Therefore, cytonuclear interactions are held in place to prevent genomic conflicts that …

Allopolyploids are often faced with the challenge of maintaining well-coordination between
nuclear and cytoplasmic genes inherited from different species. The synthetic allotetraploid …

Photosynthetic eukaryotic cells arose more than a billion years ago through the engulfment
of a cyanobacterium that was then converted into a chloroplast, enabling plants to perform …

The interaction and coevolution between nuclear and cytoplasmic genomes are one of the
fundamental hallmarks of eukaryotic genome evolution and, 2 billion yr later, are still major …