Sentence examples for more transposable elements from inspiring English sources

Nevertheless, except for DNA/hAT and DNA/helitron, O. sinensis contain many more transposable elements than the other insect fungi species studied here (Additional file 9: Table S9).

63.5 Mbp (70%%) of the new sequence was classified as repetitive and the new sequence allowed for the assembly of many more transposable elements.

In addition, data from inbreeding species of Lycopersicon have been found to have more transposable elements than outcrossers, consistent with less selective pressure for inbreeders (Young et al. 1994; Charlesworth D and Charlesworth B 1995).

The response of tissue to salicylic acid, rather than P. syringae, included more transposable elements and suggested that, on a broad scale, the programming of DNA methylation is integral to the control of gene expression.

Our analysis shows that the E. histolytica genome has three times more transposable elements than previously reported (20% of the genome and mean repeat density of 4 TEs every 10 Kb), and twice as much as its closest relative, E. dispar.

This second comprehensive study of the Drosophila melanogaster repeatome at EC I [ 37] showed that flies from the ES carried about 5%% more transposable elements than those from the AS, in parallel to a suite of other genetic and phenotypic differences between ES and AS in D. melanogaster and other model organisms.

And, while copia and its close relatives are not normally found in anything with more backbone than a reptile, its activities may hold clues about the behaviour of some of the other, more complicated, transposable elements that are found in those more complicated vertebrates, the mammals and the birds.Copia gets around.

More often, transposable elements have additional genes associated with them for example, antibiotic resistance factors.

Some de novo approaches that detect more divergent transposable elements, such as RECON [ 20], have been developed to exhaustively report the content of repeated sequences within genomes.

More generally, transposable elements in A. aegypti are a major factor for its genome size increase compared to related mosquito and fruit fly species [ 26].

Therefore, the convergence toward finite sizes proved in this growth-prone model (Theorem 2) should arguably hold in the more realistic model where transposable elements replicate more moderately based on their copy number.