Sentence examples for more sequence conservation from inspiring English sources

Across the length of the proteins, a/eRF1 in general displays more sequence conservation than e/aDom34p.

Additionally, alternative CES exons have more sequence conservation than alternative non-CES exons; they have lower non-synonymous and synonymous substitution rates.

Also, we reported an analysis of chromosomal orthologs in four species of Rhizobiales, and found that syntenic genes showed more sequence conservation, higher operon organization and network formation, and encoded key metabolic proteins as compared to genes without synteny [ 4].

As repeatedly argued, replicative proteins are more informative because they retain more sequence conservation, show a strong tendency to come in coevolving modules, and most crucially, provide the potential for reconstructing evolutionary relationships between viruses and capsid-less selfish elements.

In both systems, cyclins B1 and B2 were shown to be highly similar, whereas cyclin B3 displayed more sequence conservation among the B3 proteins from other species than with the B1 and B2 proteins from the same species (Nguyen et al. 2002; Nieduszynski et al. 2002; van der Voet et al. 2009).

Second, they were sporadically predicted in bacterial genomes with poor and uncharacteristic conservation, while the proteomically supported gene had more compelling sequence conservation, was more consistently annotated within the genus/family, and had a generally broader phylogenetic distribution.

However, a more thorough sequence conservation analysis, involving comprehensive alignments and conservation measurements, has the potential to be much more powerful.

In addition, there is more stringent sequence conservation in the 5' end of homologous miRNAs than in the 3' end [ 36]. 5) Number of nucleotides in the miRNA 5' region involved in G U base pairs.

For instance, in some species, the first (5′-most) intron within a coding sequence tends to be longer, and to exhibit more interspecific sequence conservation, consistent with greater frequencies of functional elements (Bergman and Kreitman 2001; Marais et al. 2005; Hughes et al. 2008).

This suggests that the redox rhythm reported by peroxiredoxin hyperoxidation is very ancient, more so than sequence conservation of GEFL components would suggest the canonical clock is.

Since the fugu genome is considerably smaller than the zebrafish genome and may lack a number of elements including noncoding RNAs, we focused more extensively on sequence conservation across the zebrafish, human, and mouse genomes.