… At the genetic and transcriptomic level, one hindrance to … factor is that different allopolyploid
species may evolve in very … many new allopolyploids (19), but not in allopolyploid cotton (43)…

… gene transfer with allotetraploidy and provide new insight into intracellular genome evolution…
We report a striking asymmetry in the fate of IGTs in allopolyploid cotton, with numts being …

… These data collectively demonstrated that in natural allopolyploid cotton, there is a
fundamental difference in the mode of evolution between low-copy loci and repetitive families. Yet …

… of their evolution can be tractable in recent allotetraploids, as is the case in Tragopogon (4,
5). The long-term evolution and diversification of allopolyploid … or loss of genes in the different …

… the comprehensive information on the evolutionary history of the HSF family in cotton. …
Cotton, including over 45 diploid and 7 allopolyploid species, may have evolved from a common …

… Here, we used genomic resources in diploid and allopolyploid cotton (… cotton genome
will improve our ability to relate the significance of gene conversion to genome evolution …

… cotton community, evolutionary biologists and provides a useful reference for other species.
… In summary, this study greatly expands our view of the transcriptomes of allopolyploid cottons…

… To better understand the earliest stages of allopolyploid evolution, we monitored gene …
from diploid A- and D-genome species as well as allopolyploid cotton [38], designed to minimize …

… genes in allopolyploid cotton fibers we utilized the phylogenetic framework represented in
Figure 1 and microarray data from three of the five naturally occurring wild allopolyploids, ie, G…

… We describe the evolution of the cotton genome (SNPs and structural … in cotton have been
selected on the D T -genome. The majority of genetic diversity among allopolyploid cotton …