检疫性植物病原

Ipomovirus lycopersici → Myzus persicae → Potyvirus plumpoxi

源 EPPO: TOMMOV 媒介 EPPO: MYZUPE 目标 EPPO: PPV000
RU A1 P-K 潜在

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评分

四项指标均为无量纲。总分是特异性、寄主距离与可信度的乘积。

0.091
特异性
1 / 媒介上的病原数量——在 EPPO 中该媒介传播 11 种病原。
1.00
寄主距离
1.0 = 无共享寄主 · 0.5 = 共享科 · 0.2 = 共享属 · 0.0 = 共享种。
0.50
可信度 (P-K)
K = 已确认媒介（1.0），P = 潜在（0.5）；两条边相乘。
0.045
总分
特异性 × 寄主距离 × 可信度

分布：Potyvirus plumpoxi

依据 EPPO Global Database 记录有存在的国家（60 个 ISO 代码）。

CNAZNOCABESEGBLUGEEEPKIRLBNZTNSYJOCHJPLVMEFRHRBYILITRUFIALUSBRSICLBGROESPTPLDKMKUZKRKZMDTRLTARBANLCZATINSKHUGRDECYEGRSUA

寄主植物：Potyvirus plumpoxi

依据 EPPO 的前 10 个寄主分类单元；类别依据 EPPO 寄主分类。

  • Prunus armeniaca PRNAR Major host
  • Prunus domestica PRNDO Major host
  • Prunus persica PRNPS Major host
  • Prunus salicina PRNSC Major host
  • Phalaenopsis amabilis PQAAM Host
  • Phalaenopsis sp. PQASS Host
  • Prunus americana PRNAM Host
  • Prunus avium PRNAV Host
  • Prunus besseyi PRNBE Host
  • Prunus brigantina PRNBR Host

同义名：Potyvirus plumpoxi

  • Scharka-Virus: Pflaume
  • Scharka-Virus: Abrikose
  • Scharka-Virus: Pfirsich
  • Scharka-Krankheit
  • pox of plum
  • sharka
  • virus de la peca del ciruelo
  • sharka
  • sharka
  • variole du prunier
  • sharka
  • vaiolatura delle drupacee

来源

Ipomovirus lycopersici ↔ Myzus persicae

* Abraham A, Menzel W, Vetten HJ, Winter S (2012) Analysis of the tomato mild mottle virus genome indicates that it is the most divergent member of the genus Ipomovirus (family Potyviridae). Archives of Virology 157(2), 353-357.
------- ToMMV isolates from Yemen and Ethiopia were transmitted very erratically by B. tabaci (and not by Myzus persicae).

* Hiskias Y, Lesemann DE, Vetten HJ (2001) Biological characteristics of tomato mild mottle potyvirus isolated from tomato and thorn apple in Ethiopia. African Crop Science Journal 9, 517–525.
------- Myzus persicae is considered to be a vector of ToMMV.

Myzus persicae ↔ Potyvirus plumpoxi

* Cambra M, Vidal E (2017) Sharka, a vector-borne disease caused by Plum pox virus: vector species, transmission mechanism, epidemiology and mitigation strategies to reduce its natural spread. Acta Horticulturae 1163, 57-68.