Sentence examples for be conserved because of from inspiring English sources

These SCCSs may be conserved because of the requirement for the secondary structures.

In kidney, betaine concentrations were not affected, possibly due to overexpression of the betaine transporter SLC6A12 where betaine may be conserved because of its crucial role as an osmolyte.

This "phenomenon" is well consistent with our understandings that a non-functional sequence would not be conserved (because of random mutations).> -wrap-foot>> -wraThisot> aThis part contains parameters newly introduced here.

Common functions constitutively differentially regulated in all Central Asian accessions compared to 'Carignan' could also potentially contribute to the partial resistance displayed by these varieties, although it cannot be ruled out that functions appear to be conserved because of closer genetic relatedness and geographical origins of the PM-tolerant accessions.

Media Studies- Often habitats are conserved because of the movement and propaganda about a particular species in that habitat.

While this distribution of the hydrocarbon components between the oil and gas phases plays an important role in a steam drive process, we cannot say that the mass of each phase is conserved because of the possibility of transfer of the oil component between the two phases.

Therefore, it is unlikely that SCCSs are conserved because of the amino acid constraint combined with the low degeneracy of codons.

We observed that the specificity for the activator of one of the subunits is defective (i.e. not specific for 3-PGA), but the overall specific role of the heterotetramer is conserved because of the presence of the other subunit.

Using the method, PCT scores reflect the Bayesian estimate of the probability that a site is conserved because of selective maintenance of miRNA targeting rather than by chance or any other reason not pertinent to miRNA targeting.

Interestingly, despite their rare occurrence, compound microsatellites are most overrepresented in the cds (Table 3) which may indicate that these compound microsatellites are conserved because of an involvement in cellular processes.

We then make the working assumption that microsatellites with the lowest death rates have been conserved because of selection, and not because they have a low mutation rate, although intragenomic variation in rates of nucleotide substitution (e.g., Hardison et al. 2003) may be partially responsible for differences in conservation between microsatellites.