Sentence examples for rapid transposition from inspiring English sources

A key problem in cognitive science is to explain the neural mechanisms of the rapid transposition between stimulus energy and abstract concept — between the specific and the generic — in both material and conceptual aspects, not between neural and psychic aspects.

On the other hand, as demonstrated in this study IS 6110 is a highly polymorphic marker, probably due to its rapid transposition rate [ 63, 64].

High degrees of DNA sequence similarity among copies of a TE in a genome are considered to be evidence of a recent invasion, wherein rapid transposition has not been subject to host repression and substitution mutations have not accumulated in the "young" propagates [ 29, 30].

Although the expression of transposable elements could facilitate rapid evolution, transposition may not be adaptive and could cause deleterious genomic rearrangements as opposed to beneficial ones.

This dramatic sequence and structural conservation among Helitrons in the genomes of divergent insect species was surmised by some to be a consequence of a rapid burst in transposition within and among genomes that has been facilitated by HTT.

Second, the ease of transgenesis via Tol2 transposition enables the rapid introduction of additional alleles, facilitating structure-function studies that are difficult to perform in other vertebrate models.

It appears therefore that the mini-F transposition reaction enables the rapid generation of virtually every specific variant of an established BAC in E. coli under perfect preservation of the integrity of the cloned DNA.

Two unigenes encoding transposable elements were initially chosen to analyze the potential for active transposition, which could potentially facilitate rapid evolution.

This suggests that they may be undergoing a "Birth-and-Death" process that would involve either non-conservative transposition or conservative transposition followed by rapid loss of the non-transposed copy of the gene.

However, the last level of classification (i.e., family) has always been considered as more error prone because of the high diversification rate and rapid evolution of TE families during and after their transposition, especially for those that have undergone several successive transpositional bursts.

Such sudden releases of transposon activity may be jointly responsible for genome rearrangements and the transposition of the sdY, with both contributing to rapid speciation.