Sentence examples for more sequence diversity from inspiring English sources

Considering that the capping and close-to-capping units tend to have more sequence diversity and more conformational variation, it could be also generally true that a T/SxxH motif close to the terminal repeats contributes little or even negatively to stability with respect to Ala substitution, but substantially stabilizes the global conformation when located in the middle of a long stretch of ARs.

The C-terminal quarter of the protein, while always highly charged, shows much more sequence diversity.

The LD decay is more rapid in tropical and subtropical lines than in temperate lines when sample numbers are equivalent (Figure 8), because there is more sequence diversity in tropical and subtropical than temperate lines (Table 8).

The translated SplB (BPUM_1283) sequence is highly conserved in B. pumilus, but SplA (BPUM_1282) shows much more sequence diversity among B. pumilus, B. subtilis, and B. licheniformis (Table 2), indicating possible differences in SP lyase genetic regulation.

In addition, virus-specific CD4+ T cells may be able to tolerate more sequence diversity in their target epitopes than CD8+ T cells, therefore being more resistant to mutational escape [30].

Recombination between paralogs could generate more sequence diversity in duplicated genes [ 19].

As expected, at the protein level the Tp2 antigen showed more extensive sequence diversity than Tp1 and both antigens displayed greater diversity in parasite isolates from buffalo or cattle grazing with buffalo compared to parasites from cattle in buffalo-free areas.

The demonstration of more extensive sequence diversity in buffalo-derived parasites than in those maintained in cattle is consistent with the idea that a limited subset of the T. parva population has become adapted for maintenance by tick transmission in cattle, or that many parasite genotypes cannot be maintained in the cattle tick transmission cycle.

Even the PXR DBD, which is more highly conserved across species than the LBD, shows more cross-species sequence diversity than other NRs [ 12- 16].

The ND5 locus was more highly resolving than COI as it showed more sequence variation: nucleotide diversity and average number of nucleotide differences (k) were 3.2 and 2.9 times higher for ND5, respectively (Table 3).

We also used haplotype frequencies to measure differentiation, which has been shown to be more reliable than sequence diversity for smaller sample sizes [25] but results for both statistics were similar for antigens with smaller sample sizes (lsa1, glurp, pfs48/45).