Sentence examples for conservation of size from inspiring English sources

However, the location of the largest non-coding region is not conserved, and there is no obvious conservation of size (e.g., [ 6, 8]), nucleotide identities or potential secondary structures for the nemertean non-coding regions.

Within the Metazoa, however, mitochondrial genomes show surprising conservation of size and composition [ 3], almost invariably containing 13 protein coding genes, 2 ribosomal genes and 22 tRNAs, necessary for the transcription of the mitochondrially encoded genes.

Further, the requirement of structural similarity, involving a reasonable conservation of bulge size and location in the hairpin stem region of the predicted miRNA precursors, could be decreased between these two species of Ciona.

The disappearance of many of the observed differences in the cruciate and meniscal anatomy after normalization with the tibial plateau width suggested an overall conservation of relative size among species for the cruciates and menisci [ 55].

In order to determine the subfamily to which these proteins belonged, we made use of the high degree of conservation of exon size and number noted in the mammalian genes.

Despite great variation in genome architecture, conservation of UIR size for at least one orthologous gene (Aspergillus stuA) is detectable across all studied species, maintained for approximately 600 Myr (Stajich et al. 2009).

The structures were manually curated for the presence of hairpins with the mature miRNA sequence in the stem region, loop lengths between 10 and 50 nucleotides, and reasonable conservation of bulge size and location in the hairpin stem region between the two species.

We can reasonably assume that regional genomic propensities detected by the mutual information measure at least partly explain the conservation of phylogeny sizes between populations.

Nevertheless, our results about conservation of protein sizes, transcription levels and sequence conservation (dN/dS) argue that, if it is the case, the gene loss occurred before both duplicates diverged enough to allow us to recognized them as paralogs rather than as orthologs.

Note that this is slightly below 0.8 which is the average conservation for subtrees of size 501..1000.

Due to the structural characteristics of MITEs being similar to the defective Class II DNA transposons (lacking internal region and transposase) and extensive conservation of sequence and size among members of the same subfamily, it is suggested that MITEs have originated from a limited number of progenitor DNA transposons (Feschotte et al. 2002a, b).