Sentence examples for most conserved sequences from inspiring English sources
The TremC shown in Figure 1 is based on the element's most conserved sequences.
A further possible explanation would be if most conserved sequences acted as CRMs.
The phastCons30wayPlacMammal most conserved sequences based on the mm9 mouse assembly were analyzed likewise.
As a set of sequences with high conservation in eutherian mammals, we used the UCSC phastCons28wayPlacMammal most conserved sequences (PCSs).
When the primary structures of human and rat B-block binding subunits and their homolog in Drosophila are compared, the most conserved sequences are located within the N-terminal two-thirds of the proteins, while the C-terminal one-third is much less conserved [ 20].
Generally, an efficient RT-PCR relies on finding the most conserved sequences across all virus genotypes to use as primers in order to efficiently amplify the maximum number of these diverse genetic variants.
This track displays conserved sequences detected in alignments of 30 vertebrate sequences using phastCons from the PHAST package [ 36]; note that the phastConsElement30way default parameters are tuned to detect the top 5% most-conserved sequences in the genome.
In cold-inducible promoters of rice, the most (CGTACG) and second most (GTAGTA) conserved sequences were 2.8- and 2.1-fold, respectively, more abundant than in standardized promoters (Fig. 5C; Supplementary Table S33).
Genes involved in RNA metabolism, i.e., genes whose products synthesize, degrade, or interact with RNA, are among the most highly conserved sequences common to all known genomes, and provide insights into an early stage in cell evolution during which RNA played a much more conspicuous biological role (Tekaia et al. 1999, Delaye and Lazcano 2000, Anantharaman et al. 2002).
Since HCV is known to exhibit several genotypes and many subgenotypes, the identification of the most highly conserved sequences within its genome is critical to the development of nucleic acid based drugs that possess the ability to specifically bind to most, if not all, of the sequence variants.
The 20 most deeply conserved sequences (> = 350 Myr) also appear to be associated with a specific class of genes.
