Sentence examples for multiple alignment support from inspiring English sources

A PSI-BLAST search started with a query sequence of one from the above proteins (gi|126179419, with inclusion threshold E-value 0.01), detects RHH superfamily proteins after the second iteration (eg. gi|189499687 with E-value 3 × 10-4), and secondary structure prediction and multiple alignment support the presence of the RHH domain.

Observed conserved and variable patterns from the multiple sequence alignment support the above formulated phylogenetic hypothesis that Clds evolved from DyP-B peroxidases by partial deletions and modifications within the frequently but not stringently duplicated ancestral DyP-related gene.

The alignment accuracy evaluation provided by multiple aligners supported long-read alignment with varying read length on E. coli genome was primarily highlighted in Figure 7.

The secondary structure of AF2212 and multiple alignment of this family support the PSI-BLAST results and reveal at least three β-strands that are most conserved in other AbrB superfamily members [ 51].

The consequent columns refer to: gene identifier of the corresponding gene family; corresponding position in the multiple alignment and changed amino acids; normalized support (NS); normalized weighted support (NWS); odds ratio (OR); p-value and the gene functional annotation.

Multiple alignment and secondary structure prediction support the PSI-BLAST results and reveal a classical HTH motif in the COG2886 family.

In total, multiple alignment and identification of orthologs provided support for the existence of seven polycistronic clusters which concern 38% (15/39) of the Hox genes (table 1).

Exceptions may be made to represent key nodes in the evolutionary tree or to support inclusion in a multiple alignment.

These data support the use of multiple alignment and calling algorithms for maximal sensitivity, and highlight deficiencies in the NA12878 reference datasets.

To summarize, it was clear that Novoalign and Segemehl beneficially supported wide applications of multiple alignment features analysis, namely, gapped alignment, paired-end alignment, and bisulfite alignment.

Few clades were supported by the majority of alignment blocks, indicating that combining information from multiple alignment blocks for inference in BUCKy does little to increase support for clades, especially those that are basal.