Sentence examples for affect the transposition from inspiring English sources

Several factors have been shown to affect the transposition efficiency of SB transposons in vitro.

In rice, epigenetic regulation has been reported to affect the transposition activity of Tos17 and modulates the activity of the neighboring genes [ 9].

Dam affects the transposition frequency of several transposons and IS elements (Tn10, Tn5, Tn903, IS3, and possibly others), and modulates gene expression by the adenine methylation of DNA regulatory sites [208].

Although statistically significant, diversity-dependence remains moderate, and affects the transposition rate only marginally (the current transposition rate for all families is more than 85% of the estimated initial transposition rate when one copy only was present in the genome).

Transcription of AAT repeats and ATT repeats may produce distinct repeats DNA conformations that may differently be recognized by H-NS, and therefore differently affect the IS1E transpositions.

Conditions such as non-optimal temperature [ 19], starvation [ 20] and other potential stressors can also affect the rate and spectrum of transposition.

This suggests that A2063G transposition does not affect the binding of RKI to the domain V while A2063T transversion affects the binding to some degree.

Helitrons can capture adjacent gene fragments during transposition and can affect the evolution of the host species [reviewed in (Kapitonov and Jurka 2007)].

According to our model, unregulated transposition does not affect the survival of a single IS element, regardless of whether down-regulation evolves (red and black), whether mutations are reversible or not (left and middle), or whether the strength of selection is increased by increasing the population size (right).

The order of genes and transcription regions are changed during evolution by gene rearrangements such as DNA inversions and transpositions, which do not affect the gene content of the chromosomes.

Transposable elements (TEs) can affect the structure of genomes through their acquisition and transposition of novel DNA sequences.