Sentence examples for alignment of the transcripts from inspiring English sources
Alignment of the transcripts found in Psorophora encoding for Aedes 6.5 8.5-kDa 6.5 8.5-kDa-rich peptides fandlies reveAedesgher identity in their amino acid sequences to Ae. albopictus (55%) and to Ochlerotatus triseriatus (62%), respectively (Additional file 1).
This viewer can also be used for SNP viewing and for correcting gene models based on the alignment of the transcript reads to the reference genome.
We removed the annotation that contained "exon," because the exonic structure is usually identified from the genomic alignment of the transcript sequence other than the protein sequence.
For instance, if there is a long intron in the alignment of the transcript, the double region that spans the exons on each side of the intron might score higher than a single region that encompasses the entire transcript alignment if cα is 1.
Only alignments meeting these cutoff criteria were used in downstream analyses and a solanaceous transcript was considered to support the ab initio-based annotation if the spliced alignment of the transcript overlapped a minimum of 100 bp with the gene model.
While it remains possible that nucleotide differences in variant 2 are the result of allelic variation, alignment of the transcript variant 2 sequence with available genomic sequences suggests that the differences in amino acids 4 56 between variants 1 and 2 may be due to sequencing errors.
The alignment of these transcripts to the rat genome showed a similar pattern as observed in Figure 4B, with transcripts showing affinity to conserved exons in the genome of a closely related species.
(DOCX 15 kb) Additional file 6: Distribution of alignments of the transcripts of the de novo transcriptome of S. frugiperda by species obtained via BLAST.
A consequence of this approach is increased ambiguity of the exact genome location of the splice site in the alignments of the transcript-derived models to the genome.
Our alignments of the transcript-derived models to the genome can lead to the improper placement of the final coding nucleotide associated with the beginning or end of an exon.
These settings include spliced alignments of the transcript reads to the genomic reference sequences requiring canonical splice sites and allowing introns of up to 10,000 bp; alignments were also allowed to include small indels and mismatches.
