In order to investigate the evolutionary origins of B. garinii genetic variants, we initially evaluated the aligned rrs-rrl IGS sequences for evidence of intragenic recombination, which could confound attempts to identify monophyletic groups.
Approximately 319 million quality evaluated reads aligned to the rice genome and were used for further analysis (Table 1).
The overlapping sequences (from both 3' and 5' ends) were evaluated and aligned into full consensus sequence contigs using the DNA analyzing software DNA for Windows 2.2.1 [ 12].
The distribution of the assembled contigs across the turkey genome was evaluated by aligning the contigs against the chicken genome.
This approach has been evaluated by aligning two real-world biological ontologies, whose features include huge file size, very few instances, concept names in numerical strings, and others.
Spacer arrangement in S. arenicola phylotype B was evaluated by aligning concatenated spacer sequences (sorted from trailer to leader end) with MAFFT [ 69].
The degree to which the assembled contigs represented long, contiguous RNA transcript sequences, was evaluated by aligning 35 Velvet contigs and their respective predicted CDSs to full-length, cloned, Sanger-derived Eucalyptus reference sequences present in NCBI.
The evolutionary relationship of genes in the LLTP superfamily was evaluated after aligning the twenty-two conserved N-terminal sequence motifsequence LLT motifs of selecthe LLTP sequences [see Additional file 2] and the phylogenetic analyses were conducted by using the neighbor-joining (NJ) and the modulem likelihofd (ML) or the Bayeselectederence (BI) methods.
Four of those likely false negative signalP3 predictions were re-evaluated by aligning their N-terminal ends (Additional File 2).
Furthermore, we evaluated whether multilayered aligned scaffolds enhanced collagen alignment, tendon-related gene expression, and mechanical properties compared to multilayered nonaligned scaffolds.
