Sentence examples for moderate sequence identity from inspiring English sources

B. pumilus YjqC (BPUM_2346) shares moderate sequence identity with its Bacillus homologs (Table 3), but there is no YdbD homolog in B. pumilus.

B. pumilus encodes a YwjD (BPUM_3376) homolog that shares only moderate sequence identity with B. subtilis YwjD, which is produced in vegetative cells, and there is no B. licheniformis homolog.

Although these assignments, often based on moderate sequence identity, are not sufficient proofs of the suggested functions, they do represent a set of testable hypotheses for experimental validation.

These results are surprising given that many maize genes, including Zmf3′h1 (which shares 57% identity to Arabidopsis F3′H) have only moderate sequence identity to homologous genes in Arabidopsis.

On this plot, homologs cluster in three regions: 1) close homologs that share high sequence identity over most of the query sequence; 2) more distant homologs that share moderate sequence identity over most of the query sequence; and 3) homologs that share sequence identity only over part of the query sequence.

However, this protein only shares moderate sequence identities with PR-1 proteins with antimicrobial activity.

In the more distantly related USP11, the predicted DUSP domain shares a moderate 39% sequence identity with the DUSP domains of USP15 and USP4 and the adjacent UBL domain only 32% sequence identity.

Nevertheless, due to its moderate overall sequence identity (24% with the human α7 receptor LBD), AChBP cannot be considered an exact water-soluble mimic of the nicotinic receptor LBD.

The fold of PfuMBP is very similar to that of the orthologous MBP from E. coli (EcoMBP), despite the moderate level of sequence identity between the two proteins (27%% identity, 46%% similarity).

Despite only a moderate level of sequence identity (∼36%) between Mt-KasB and E. coli FabF, the two enzymes display identical folds (Suppl. Figure 1A).

Sequence comparison of the PBP-βL domain of LACTB with the LPBP-B proteins indicated a moderate degree of sequence identity (16 27%).