Quarantine plant pathogen

Potato yellowing virus Myzus persicae Badnavirus venaribis

Source EPPO: PYV000 Vector EPPO: MYZUPE Target EPPO: GOVB00
RU A1 P-K potential

← To all hypotheses

Scoring

All four metrics are dimensionless. The total score is the product of specificity, host distance and confidence.

0.091
Specificity
1 / the number of pathogens on the vector — this vector carries 11 pathogens in EPPO.
1.00
Host distance
1.0 = no shared hosts · 0.5 = shared family · 0.2 = shared genus · 0.0 = shared species.
0.50
Confidence (P-K)
K = confirmed vector (1.0), P = potential (0.5); both edges are multiplied.
0.045
Total
specificity × host distance × confidence

Host plants: Badnavirus venaribis

Top 6 host taxa per EPPO; classes per EPPO host categorisation.

  • Ribes alpinum RIBAP Host
  • Ribes aureum RIBAU Host
  • Ribes nigrum RIBNI Host
  • Ribes rubrum RIBRU Host
  • Ribes uva-crispa RIBUC Host
  • Ribes x nidigrolaria RIBNG Host

Synonyms: Badnavirus venaribis

  • vein-banding of gooseberry
  • Gooseberry vein-banding agent
  • Gooseberry vein banding associated virus
  • GVBaV

Sources

Potato yellowing virus ↔ Myzus persicae

* Fuentes S, Jayasinghe U (1993) Amarillamiento de la papa causado por un nuevo virus baciliforme. Fitopatología 28, 22-37.

* Fuentes S (1991) ldentificacion, caracteristicas y distribucion de un virus baciliforme aislado de papa (Solanum tuberosum L.). M. Sc. Thesis, Universidad Nacional Agraria La Molina. Lima, Peru 

------- transmitted in experiments. No further reports confirming that M. persicae is a vector in natural conditions.

* Silvestre R, Fuentes S, Risco R, Berrocal A, Adams I, Fox A, Cuellar WJ, Kreuze J (2020) Characterization of distinct strains of an aphid-transmitted ilarvirus (Fam. Bromoviridae) infecting different hosts from South America. Virus research 282, 197944. https://doi.org/10.1016/j.virusres.2020.197944

Myzus persicae ↔ Badnavirus venaribis

* Zuļģe N, Stalažs A, Moročko‐Bičevska I, Namniece S, Drevinska K, Konavko D (2022) Gooseberry vein banding associated virus on Ribes in Latvia: Occurrence, host plants and vectors. Plant Pathology 71(9), 1910-1920.