Sentence examples for much stronger sequence from inspiring English sources

Earlier analyses have most likely identified L16 as universal due to a low sequence similarity to the archaeal L10e protein; however, the bacterial L10 protein shows much stronger sequence similarity to L10e, and L16 is likely a bacterial-specific ribosomal protein resulting from a duplication and divergence of L10.

8 Classic claudins exhibit a much stronger sequence homology than non-classic claudins.

PEP-CTERM regions generally show much stronger sequence similarity within each species than between species, consistent with recent paralogous expansion in each lineage of PEP-CTERM as a modular domain.

The Gγ-subunit sequences demonstrate a much stronger sequence diversification, especially among C-type-like sequences (≤75 % amino acid substitutions) compared to the Gα-subunits (≤15 % amino acid substitutions).

Further statistical evaluations revealed that the second and fifth bases of SRSF1octamer motif have much stronger sequence specificities, but weaker single-strandedness, while the third, fourth, sixth and seventh bases are far more likely to be single-stranded, but have more degenerate sequence specificities.

The results show that there is a much stronger correlation between sequence identity and function similarity for substantially interacting gene pairs than non-interacting gene pairs.

We identified two critical advantages to the use of viral variation for identifying host factors: (1) association signals are much stronger for HIV-1 sequence variants than VL, reflecting the 'intermediate phenotype' nature of viral variation; (2) association testing can be run without any clinical data.

Also, for noise the relationship with the gene noncoding sequence is clearly much stronger than it is with the coding sequence (Figure 4G vs. H).

So far, in sunflower, in situ hybridization has mainly been reported for rDNA probes with high repetitive sequences or other repetitive retrotransposon-like sequences (Talia et al. 2010), which produce much stronger signals than single copy sequences.

We also showed that the distinction between binding sequences and neutrally selected sequences is much stronger in terms of nucleotide content and enrichment.

Overall, the designed sequences have a good native-like character, much stronger than the R55 random sequences.