Sentence examples for multiple alignments indicated from inspiring English sources
Sequence information of the WRKY domain for HvWRKY9 was available (CB879962) and multiple alignments indicated that HvWRKY9 belonged to the subgroup of HARF-domain containing WRKY proteins (for HARF sequence information, see [ 16]).
The isolation of intergenic regions and the level of sequence conservation between species highlighted by their multiple alignments indicate: (1) general micro-synteny conservation in the regions surrounding MIR168a and MIR168b and (2) conservation of the orthologous relationship of all isolated MIR168a and MIR168b genes at the family level (Table 1).
Multiple alignment indicated that all three flavonoid G2″GTs had Thr at this position, suggesting a possibility that the amino acid is also involved in sugar donor specificity in flavonoid GGTs (Additional file 4: Figure S3).
Multiple sequence alignments indicated that there are high polymorphisms near the 5' and 3'-end coding and non-coding regions of the Anopheles HSC70 family (Fig. 2).
Multiple sequence alignments indicated, that EST sequences BU990739 and BM370186 might possibly represent parts of the C-terminal and the N-terminal WRKY domains of HvWRKY6.
Dependence of the 30 33 nt peak on multiple reportable alignments indicates that the reads are encoded by repetitive DNA.
Not surprisingly, comparative sequence analysis of the multiple alignments clearly indicated that the average mutational impacts of substitutions on the flexibility of codons (dTRX) were far greater, in those four substitution types which alter the local GC content.
The multiple sequence alignment indicated the occurrence of eight C. roseus residues of known features of the bacterial 1MJH secondary structure.
Additionally, a multiple sequence alignment indicated a reliable similarity between T3SS needle-forming proteins and the Bcl-2 pore-forming region (Figure 2C).
Multiple sequence alignment indicates that the two end of this domain are conserved, and the changes mainly caused by SNP (single nucleotide polymorphism).
Even though the cps clusters are identical between S. gallolyticus UCN34 and ATCC BAA-2069 [ 54], multiple sequence alignment indicates significant structural diversity in the rest of the strains.
