… total 880 Mb genome, but most transposable element families are relatively old and stable
… The close relationship of Houzingenia species to the agronomically important polyploid …

… transposons (or Class II elements) replicate via a “cut-paste” process [[15], [16], [17]].
Transposable elements may … Transposable elements not only shape genome structure, but can …

… in Gossypium highlighted transposable elements as key players in the genome size differences
among species, along with the propensity of smallgenome cotton … and polyploid species, …

… Gossypium barbadense, two insertions of a Ty1 long-terminal repeat-retrotransposon [transposable
element … that the TE occurred after tetraploid cotton formation and evolved at different …

… Low transposable element (TE) abundance near genes has … This is further supported by
work in cotton, where subgenome … was an auto-polyploid or allo-polyploid event between two …

… Thus, P limitation could constrain the size of total RNA transcriptomes in polyploids, explaining
the observation that polyploid transcriptomes tend to be partially dosage compensated. …

… Transposable elements represent an important and dynamic component of plant genomes
(… The most important group of transposable elements (TE) is composed of Long Terminal …

… cotton and support gene resources to facilitate the cotton … 1) In the first part, the fuzzless gene
in diploid cotton DPL972 … sequence polymorphisms between two cotton lines. It encoded a …

… hybridization, polyploidy, and selection over a period of time in nature. The cotton gene … In
such a situation, the on-farm wastes, presently treated as a waste is disposed of by burning. As …

… Interestingly, it has been proposed that a subgenome with a higher number of transposable
elements is more likely to be lost in allopolyploids as a result of biased genome fractionation […