Sentence examples for more complex repeats from inspiring English sources

The sequence attributes of the repetitive region vary according to silk protein type, with some fibroins containing short, simple repeat units, and others composed of longer, more complex repeats [10], [14].

MNRs are more commonly present than the more complex repeats, which makes their interspecific distribution comparisons possible.

Some of these more complex repeats can also be folded into tRNA-like structures – as shown in Supplementary Figure S2 [see Additional file 3].

To remove other unwanted regions and sequences, such as rRNA or more complex repeats, the data was applied to RepeatMasker [ 48, 49]with RepBase Update 13.04 [ 50].

Some repeats that were less than 2 kb were included in Table 2 and shown in Figure 1 because they represented more complex repeats than those listed in Table 1.

Low-complexity regions were masked with TANTAN [ 73] (parameters: -p –s 0.99 –r 0.005) before BLAST analysis because low-complexity filtering as performed by BLAST was found to be insufficient to mask more complex repeats, causing clustering of non-homologous proteins.

In a metagenomic data, in addition to repeats within individual genomes, genomes of closely related species may also share homologous sequences, which could lead to even more complex repeat patterns that are very difficult to resolve.

The D4S2408 locus in the 26plex assay has a simple ATCT repeat in human sequence; however, in vervet sequence we observed a more complex repeat of [ATCT]n[ACCC][ATCT]n[ACCT]n[ATCT].

As spending on maternity services was available for each year included, we examined the year on year effect of changes in spending on infant and perinatal mortality rates by fitting a more complex repeated measures analysis including a within-PCT spending term by year.

However, genomes with more complex repeat structure and lower sequencing coverage depths, can present challenges to the estimation approach presented here..In principle, this 21-mer abundance analysis can be applied to any sequencing methodology; however, there are some additional limitations.

Two orders harbor long DNA repeats: Long terminal repeat (LTR) retrotransposons (including endogenous retroviruses [ERVs]; Gifford and Tristem 2003), which show classical flanking LTRs in direct orientation, and Dictyostelium intermediate repeat sequence (DIRS) elements, with more complex long repeats that can be inverted and internally repeated.