Sentence examples for sequences is particularly from inspiring English sources

A rational design approach, which only requires basic knowledge of the viral nucleic acid sequences, is particularly advantageous for antiviral gene therapies.

This level of sequence variability in our probe sequences is particularly unlikely because our probes target coding sequences.

Interestingly, it has been suggested that hypomethylation of L11 LINE sequences is particularly prevalent in urothelial cancers and might have diagnostic utility in these cancers (Jürgens et al, 1996).

Using chromosome-specific sequences is particularly helpful in this case; by whole-genome shotgun sequencing, only one B. distachyon syntenic region could be mapped for 5D (on chromosome 1) due to the scarcity of genetic markers on the D genome [ 15], whereas, here, two different regions of chromosome 4 were also highlighted.

Assembling a set of true negative sequences is particularly challenging: hairpins in non-coding RNAs, e.g. the set of tRNAs as used in [ 25], are likely to possess different and more diverse hairpin features than miRNA hairpins, whereas a set of genomic hairpins might contain bona fide miRNA hairpins.

Intra-species homogenisation of sequences is particularly noticeable at the level of exon 4, which codes for the α3 domain, but our results suggest that homogenisation also concerns certain residues of the α1 α2 codomain that lie outside the antigen recognition site.

"Some of the sequences are particularly fine, crisp and contained and, given his thirst for commercial success, bewitchingly spare" (Elvis Mitchell).

Some of the sequences are particularly fine, crisp and contained, and given his thirst for commercial success, bewitchingly spare with long, fluid takes.

T2-weighted sequences are particularly prone to motion artefacts due to long imaging times.

Lake sediment sequences are particularly promising in this respect as continuous recorders of surface process change.

Some sequences are particularly variable in specific structures (ASL exhibited variation of 28% in the cerebral white matter) or in thin structures (quantitative T2 varied by up to 73% in the caudate) due, in large part, to variability in automated ROI placement.