Sentence examples for mapping to transposons from inspiring English sources

In addition, there remain a large set of ~ 27,000 TCs that overlap TCs on complementary strands, which is characteristic of TCs mapping to transposons.

By contrast, tap 125 mutation did not lead to any statistically significant decrease in the piRNAs mapping to transposons targeted by piRNAs in both germline and somatic cells and those predominantly in in somatic cells.

The single or double mutants did not have any reduction in piRNAs mapping to transposons predominantly expressed in gonadal somatic cells or those derived from unidirectional clusters such as flamenco.

In the adult gonads of both sexes reads mapping to transposons dramatically increased relative to the larval conditions, concomitant with an increased average size of small RNA (most prominent in the range 24 to 30-nt) consistent with the known size distribution of piRNAs in other organisms, suggesting that this class represents the majority of the small RNAs produced in these tissues.

Overall, the mycelial libraries showed more small RNAs mapping to transposons and retrotransposons, compared to the in planta libraries; for the latter libraries, with the exception of two clusters mapping to retrotransposons, almost everything else associated with genic regions (Table  2).

There were 3134 tag clusters among which 45.4 % (1424) of the tag clusters mapped to first coding exons or their proximal predicted 5′UTR regions and 1.0%% (31) tag clusters mapping to transposons, within a threshold of 100 tags per cluster.

The substantially larger percentage of endo-siRNAs mapping to MITEs (15.03% of endo-siRNAs mapping to transposon sequences) than piRNAs (2.03%) may have its basis in their regulation or, more likely, arise from the production of foldback dsRNAs generated from the unidirectional transcription across the MITE terminal inverted repeats.

The libraries were mapped to transposons allowing two mismatches.

Ae. aegypti has a large piRNA complement that maps to transposons but primarily gene sequences, including many viral-derived sequences.

Remarkably for an organism with such a high transposon load we show that a much lower percentage of Ae. aegypti piRNAs map to transposons than in D. melanogaster.

As such the piRNA profile of this mosquito is more similar to that of mice than D. melanogaster in which the majority of piRNA sequences map to transposons.