… of polyploidy and duplicate gene evolution. We demonstrate that cotton genes have
experienced an increased rate of molecular evolution following duplication by polyploidy, and that …

… Here we analyze genome evolution and diversification for all five allopolyploid cotton … In
brief, methylC-seq reads of all allopolyploid cottons were mapped to genome sequences of Gh …

… Because these arrays occur at four chromosomal loci in allopolyploid cotton, the authors
concluded that repeats from the different diploid progenitors must have become homogenized …

… Upland cotton … cotton is a model for polyploid genome evolution and crop domestication.
To explore the genomic mysteries of allopolyploid cotton, we investigated asymmetric evolution …

… We report homoeolog expression bias favoring the allopolyploid D genome over the A
genome in all species (among five polyploid species, D biases ranging from c. 54 to 60%), in …

… , the allopolyploid cotton G. hirsutum, rather than diploid cotton species, is widely cultivated
and contributes to more than 90% of global cotton fiber production. Therefore, revealing the …

… level dominance in cotton became more balanced on an evolutionary timescale, with the …
in natural allopolyploids, even though the overall magnitude of gene pairs displaying …

… from diploid and allopolyploid cottons, we compiled a database of SNPs between the various
genomes studied. Our second objective was to describe genome evolution between the …

… genome evolution and the implications of this understanding for targeted breeding objectives.
The cotton … Despite the observation that gene loss in the allopolyploid cotton genome is …

… in cotton, there was no evidence of interaction among duplicated genes in the allopolyploid.
… Our results indicate that most duplicated genes in allopolyploid cotton evolve independently …