These peptide sequences were successfully inserted individually as well as all together in a multivalent strategy.
Approximately 78.5% of 5619 HT unique sequences were successfully annotated by Blast search using public databases.
The sensitivity of new primers was comparable to that of detection primers, and 10 viral genome sequences were successfully obtained.
776 bp and 725 bp partial CSD sequences were successfully cloned from red sea bream and yellowtail.
Using the hcnB and phlD genes as starting points, ca 1 kb of flanking sequences were successfully isolated.
Partial capsid sequences were successfully obtained from 67 NoV-positive specimens and a phylogenetic analysis was performed to genotype the viral strains.
The preliminary sequences were successfully implemented for future studies on the Ingenuity TF.
Partial or complete nucleotide sequences were successfully determined for eight (one each from primer pairs D, E, and G; two from L; and three from Q) out of 13 amplicons.
NS5 gene sequences were successfully amplified and displayed as a typical 'shapeape in Zika virus, except for other negative pathogens, which were used as negative controls, indicating that the NS5 gene sequence as a highly specific candidate could be used in Zika detection.
UGT1A1 and UGT1A6 exon 1 sequences were successfully characterized for all Felidae species evaluated (Table S1).
All sequences were successfully submitted to NetTurnP/NetTurnP-tweak and BetaTpred2.
