Sentence examples for stretches were found from inspiring English sources

The HU-induced nascent ssDNA stretches were found to be over-represented on chromosome III, consistent with the observation of early replication/firing in chromosome III (Figure 5E, see asterisk).

Interestingly, for the dicistronic nd6/cytb and atp8/atp6 transcripts, poly(A) stretches were found in the 3' end of nd6 and atp8 genes.

The most divergent sequence stretches were found in regions corresponding to introns within A. thaliana (marked in white on the VISTA plot in Figure 2a), suggesting that the intron-exon structure of BB is well conserved.

Similarly, in the tricistronic transcript (atp8/atp6/cox3) of Drosophila, poly(A) stretches were found in the 3' terminus of atp8 and atp6, which suggest the variation in mitochondrial transcript cleavage events may occur in the insects [ 27, 33].

The same strand of scaffold 46 that encodes KS proteins/domains was found to encode the GxDSL motif several times, whereas no GxDSL-encoding stretches were found on the opposite strand (Fig.  2b).

According to the simple model explained in the materials and methods section, the distributions of YR stretches were found to be underrepresented in both archaea and bacteria (see Figure 1), which is in accordance with previous work [ 1]. β-Proteobacteria was the only group found to have, on average, an overrepresentation of YR stretches compared to what was expected, i.e. 0.1%.

Q/N-rich stretches are found in several amyloidogenic proteins and peptides, including the yeast prions Sup35-N and Ure2p, as well as in the human poly-Q disease proteins, including the ataxins and huntingtin.

Such long stretches are found near the S. cerevisiae telomeres and the rDNA locus.

The lysA– hisH region contains purine stretches outside coding DNA, whereas inside the ORFs no apparent purine stretches are found.

However, AT-rich stretches are found close to the translational start sites, or in the first 50 bp upstream and the intergenic regions are very short.

The hydrogen stretches are found to be the dominant mode in recent IETS studies on self-assembled monolayers and in electromigrated nano gaps, whereas other studies find them to be less significant.