Sentence examples for low transposition rates from inspiring English sources

The left panel shows that constant and relatively low transposition rates (no burst) lead to roughly 26 % IS survival by the end of the simulation under the default settings (blue).

While low copy number could be related to low transposition rates, mechanisms like high mutation rate [ 78], recombination [ 79] and nested insertions [ 80], create rapid variability in TEs that results in divergence among TEs, and therefore, a low number of similar sequences.

Matsuda and Garfinkel (2009) showed that antisense RNA copies of Ty1 in Saccharomyces can inhibit transposition; therefore, the high expression of Cocv5 and its putative low transposition rate are not incompatible.

A putative low transposition rate is however not reflected by the expression level of Cocv5, which is the sixth most abundant TE family in the RNASeq database (tables 1 3).

This may be explained either by the drift effect following the founder event acting on many low occupied sites (turning them into high occupied sites) or by increases of site-directed transposition rates in colonisation, or both.

Low transposition activity is generally thought to occur in genomes with low number of IS6110 copies (1 5 copies) [57].

To check for changes in the transposition rate, we fit models in which transposition rates vary exponentially with time.

Following the occurrence of transposition bursts, regulation of bursts may evolve and limit transposition rates during an IS invasion [ 57– 61].

To expedite computation while preserving the same rate of supply of transpositions [ 39], we set a default population of size 10 with transposition rates θ, μ, ν=10−6.

This finding suggests that TEs are present in Sporothrix but with low transposition activity.

But we introduce a factor λ(t) which scales the underlying transposition probabilities and allows the transposition rates to change over time.