Sentence examples for much sequence identity from inspiring English sources

The protein pairs with too much sequence identity are generally considered to be homologous; thus the pairs which have ≥40% sequence identity are also deleted in order to eliminate the bias to these homologous sequence pairs.

Examination of the DNA sequence alignment immediately 3′ of the stop codon for each of these three genes shows much more sequence identity between AAEL010431 and AAEL010436, suggesting that the latter is derived from this gene.

Likewise, another constraint on protein evolution is its complex forming nature [ 14, 15], proteins involved in formation of stable complexes have much more sequence identity with their orthologs than those involved in the transient interactions [ 16].

Compared with the E1A and fiber gene sequences, in the hexon region the Ireland sequences exhibited much lower sequence identity to the HAdV-11a and -11p strains analyzed in the study; the HAdV-11a and -11p hexon genes were much more similar to each other and branched separately on the tree.

Deduced from comparisons of connexin gene pairs, human Cx62 (GJA10) is most likely the orthologuous connexin gene to mouse Cx57 (Gja10) (82% nucleotide identity; 78% amino acid identity; see [ 20]. A direct comparison between mouse Cx57 (Gjand) and human Cx59 (GJA9) instead yielded much lower sequence identities, suggesting that the Cx59 (gene) gene has no mouse ortholog.

Multiple sequence alignment using the DNAMAN algorithm revealed high levels of similarities between the coding sequences (CDSs) of GaSus1 to 5, within which GaSus1, GaSus3 and GaSus4 were found to be the more closely related genes, sharing much higher sequence identities (85.4-87.8% at the nucleotide level, and 94.3-94.9% at the amino acid level), compared to the other paralogues (Table 1).

In spite of this it is widely accepted that genes from a cyanobacterial endosymbiont are now present in plant host nuclei [ 61, 62] and some of these genes have retained much of their sequence identity.

The species comparisons occupy a space between 24 and 73%, which is comparable to the one occupied by species comparisons for the DNA-A component (49%), except that it is much lower in sequence identity (about 16% lower).

Although non-WGD paralogous pairs have different times of duplication, the overall trend shows that WGD pairs have much greater paralog sequence identity, which could mean that either the mutation rate r is smaller for WGD pairs than for non-WGD pairs, or that many of the individual small-scale duplication events are more recent than the WGD event.

We reconstruct the genomes of as many as 18 species from a single synthetic mixture of eukaryotes and/or prokaryotes, including some species with as much as 90% sequence identity to one another, and we generate high-contiguity de novo assemblies for individual eukaryotic species present within the synthetic microbial community.

However, the odorant receptor (OR) family of the fish lineage consists of a much smaller number of genes than that of the mammals, and these OR genes are also much more diverse in sequence identity than those of mammals.