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Detection of Bovine Group B Rotaviruses in Feces by Polymerase Chain Reaction
- Chinsangaram, Jarasvech, Akita, Geoffrey Y., Osburn, Bennie I.
- Journal of veterinary diagnostic investigation 1994 v.6 no.3 pp. 302-307
- Coronavirinae, Rotavirus, birds, cattle, chemiluminescence, deer, double-stranded RNA, feces, genome, horses, humans, polymerase chain reaction, rats, swine
- A pair of primers designed from the sequence of genome segment 9 of group B rat rotavirus (IDIR) were employed to amplify genome segment 9 of a group B bovine rotavirus in a polymerase chain reaction (PCR) and to sequence the derived PCR products. A new pair of primers were synthesized from the obtained sequence data and used in a PCR detection assay for group B bovine rotavirus in fecal samples. In addition, another pair of primers were designed to produce a PCR-derived internal probe. This probe was used in a chemiluminescent hybridization to confirm the specificity and to increase the sensitivity of the assay. This assay could detect 0.1 fg of target double-stranded RNA. It was specific to group B bovine rotavirus and did not detect group B rat (IDIR) and porcine rotaviruses, group A bovine (NCDV), simian (SA-11), equine (H-2), porcine (OSU), human (DS-1), deer, and avian rotaviruses, coronavirus, or other enteric organisms tested in this study.