Sentence examples for important for transposition from inspiring English sources

A third scenario is that non-autonomous elements are under strong selection to maintain their LTR sequences, because LTR sequences are important for transposition and DNA interaction.

Interestingly, we showed in this work that DAIBAM is related to Tetris by the sequence similarity present between their ends, a region known to be important for transposition.

They generally retain conserved terminal sequences (for example inverted repeats) of their corresponding full-length transposons, which are important for transposition initiation, but lack completely or partially the transposase gene.

Similarity between terminal sequences of a transposon and a MITE has been previously found and seemingly indicates that the autonomous element is responsible for the MITE origin and amplification because these sequences are known to be important for transposition (Rius et al. 2013).

Similarity between terminal sequences of a transposon and a MITE has been previously found and seemingly indicates that the autonomous element is responsible for the MITE origin and amplification because these sequences are known to be important for transposition (Turcotte et al. 2001; Feschotte et al. 2002, 2003).

The typical structural characters of an LTR retrotransposon include: (1) two highly similar LTR sequences; (2) 4–6 bp target site repeats (TSR) at 5' and 3' ends; (3) primer binding site (PBS) downstream of 5' LTR and polypurine tract (PPT) upstream of 3' LTR; (4) protein domains important for transposition [ 10].

It is tempting to speculate that the internal region is somehow important for CMITEs' transposition.

For instance, H3 H4 chaperones chromatin assembly factor 1 (CAF-1), anti-silencing function protein 1 (Asf1p), histone transcription regulator 1 (Hir1p), and regulator of Ty1 transposition protein 106 (Rtt106p) are important for heterochromatin silencing (Enomoto and Berman, 1998; Huang et al., 2005; Huang et al., 2007; Sharp et al., 2001).

DNA methylation within the promoter region of human LINE1 elements is important for maintaining transcriptional inactivation and for inhibiting transposition [ 22].

Filter routines which allow for transposition and frequency shifting of both the filter and source have a flag which specifies whether the transposition/shift should be applied before or after filtering.

We use the superscripts T, H, -1, +, and * for transposition, Hermitian transposition, matrix inversion, the Moore-Penrose pseudo inverse of matrices, and complex conjugation, respectively.