An enzyme-linked immunosorbent assay (ELISA) for monitoring antibodies to SP group Pasteurellaceae in guineapigs

Boot, R.; Thuis, H. C. W.; Bakker, Richard G.; Veenema, J. L.

doi:10.1258/002367795780740348

Cited by 8 publications

(3 citation statements)

References 10 publications

(2 reference statements)

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“…1983). In cross reactivity studies using ELISA, SP group bacteria and Taxon 6 isolates from guineapigs were clearly different (Boot et al 1995). The occurrence of Taxon 6 bacteria in wild muskrats has not been reported previously.…”

Section: Rylletaimentioning

confidence: 59%

Reclassification of 30 Pasteurellaceae strains isolated from rodents

Boot

Bisgaard²

1995

Lab Anim

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Thirty Pasteurellaceae strains isolated from gerbil, guineapig, hamster, mouse, muskrat and rat were reinvestigated and reclassified after comparison with reference strains. Strains originally described as Pasteurella pneumotropica were reclassified as [ Pasteurella] pneumotropica Heyl biotype (7), [ P.] pneumotropica Jawetz biotype (1), Pasteurella dagmatis (1) or Taxon 22 (2). Strains previously reported as Actinobacillus sp. were reclassified as [ P.] pneumotropica biotype Jawetz (3), P. dagmatis (3) or Taxon 6 (7). Strains earlier described as Pasteurella gallinarum were renamed as SP group pasteurellas (4) or Taxon 25 (2). Some of these reclassified Pasteurellaceae have not been reported previously in rodents. The present findings underline the importance of extended characterization of isolates and comparison with reference strains to avoid misclassification within the family Pasteurellaceae Pohl 1981.

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Section: Rylletaimentioning

confidence: 59%

Reclassification of 30 Pasteurellaceae strains isolated from rodents

Boot

Bisgaard²

1995

Lab Anim

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“…Other hamster Pasteurellaceae have been found to be genetically related to strains from the mouse and rat. 5,13 The separate position of guineapig Pasteurellaceae, which was already apparent from biochemical 20 and serological studies, 21 has been confirmed by phylogenetic analyses. 9 That in our 16S rDNA-based dendrogram the Bisgaard taxon 7 strain (study no.…”

Section: Discussionmentioning

confidence: 74%

Comparison of polymerase chain reaction primer sets for amplification of rodent Pasteurellaceae

Boot¹,

Vlemminx²,

Reubsaet

2009

Lab Anim

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Monitoring of rodents for Pasteurellaceae infection may be carried out by the polymerase chain reaction (PCR). We tested which of 17 rodent Pasteurellaceae strains were detected by three PCR primer sets. By phylogenetic analysis, 12 strains were assigned to the Rodent cluster and five strains to other clusters, namely the Somnus cluster, Pasteurella sensu stricto, Actinobacillus sensu stricto, the Mannheimia and Rossii cluster. A primer set developed to detect biotype Heyl [Pasteurella] pneumotropica produced amplicons from three strains and appeared specific for this taxon. A primer set developed to detect biotype Jawetz [P.] pneumotropica produced amplicons from the [P.] pneumotropica type strain and two other strains within the Rodent cluster. A primer set as described by Bootz and his co-workers (Bootz F, Kirschnek S, Nicklas W, Wyss SK, Homberger FR. Detection of Pasteurellaceae in rodents by polymerase chain reaction analysis. Lab Anim Sci 1998;48:542-6) for the detection of all Pasteurellaceae indeed detected all bacterial strains examined. Bootz's primer set should be used to monitor rodents for Pasteurellaceae infection by PCR as FELASA recommends the monitoring of rodents for all Pasteurellaceae taxa. Health monitoring reports should specify the primer set(s) used for PCR testing rodents for Pasteurellaceae infection.

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“…P. pneumotropica is also positive for the fermentation of mannose, while P. multocida is negative. An ELISA-based assay has been developed to monitor antibodies to the SP group of Pasteurellaceae, which is one of five serologically distinct groups of Pasteurellaceae in guinea pigs (Boot et al, 1995). PREVENTION AND THERAPY Antibiotic treatment of P. multocida should be based on culture sensitivities.…”

Section: Pasteurella Multocidamentioning

confidence: 99%