Home > III International Symposium on Plum Pox Virus > Perspective on strategies for controlling the spread of Plum pox virus, causal agent of sharka/plum pox disease

Articles

Perspective on strategies for controlling the spread of Plum pox virus, causal agent of sharka/plum pox disease

Article number

1163_19

Pages

129 – 136

Language

English

Abstract

Publication

III International Symposium on Plum Pox Virus

Authors

D. James

Keywords

PPV, control, education, quarantine, certification, diagnostics, survey, transmission pathways, sentinel trees

Full text

https://doi.org/10.17660/ActaHortic.2017.1163.19

Online Articles (23)

1. Plum pox virus genome expression in genetically engineered RNAi plants

M. Ravelonandro | R. Scorza | P. Briard

2. Agrobacterium-mediated transformation of Nicotiana benthamiana with Plum pox virus T genes

M. Ghaderi | M. Akbulut | K. Gürcan

3. Preliminary results on inheritance of resistance to Plum pox virus in apricot obtained within gene pyramiding

B. Krška | P. Pavelková | J. Salava

4. Screening of apricot hybrids for resistance to Plum pox virus

S. Milusheva | V. Bozhkova | F. Moreau | V. Evangelou | M. Nesheva

5. Investigation of resistance of apricot progeny to Plum pox virus through molecular markers

S. Yalçın Ateş | M. Gazel | C. Ulubaş Serçe | B.M. Asma | K. Çağlayan

6. Development of a novel isothermal AmplifyRP^® assay for rapid detection of Plum pox virus – a real-time and endpoint assay in a single PCR tube

S. Zhang | P. Russell | N. McOwen | B. Davenport | R. Li

7. Development and improvement of detection technologies to control sharka disease

M. Ravelonandro | A. Callahan | C. Dardick | P. Briard | R. Scorza

8. Determination of synergistic interactions between Plum pox virus and ‘Candidatus Phytoplasma prunorum’ in infected peach trees

J. Horsáková | J. Nečasová | T. Nečas

9. Domestic quarantine studies of sharka disease in the Eastern Mediterranean region of Turkey

10. Sharka, a vector-borne disease caused by Plum pox virus: vector species, transmission mechanism, epidemiology and mitigation strategies to reduce its natural spread

M. Cambra | E. Vidal

11. Sharka disease (Plum pox virus) in Turkey: the past, present and future

K. Çağlayan | S. Yurdakul

12. Full-genome analysis of Plum pox virus D isolates from Turkey

K. Gürcan | A. Ceylan

13. Recombination analysis of 51 Plum pox virus (PPV) isolates, including 10 genomes of PPV-M Istanbul

S. Teber | K. Gürcan

14. Experimental transmission efficiency of Plum pox virus T by Myzus persicae Sulzer (Homoptera: Aphididae)

S. Yalçın Ateş | M. Gazel | C. Ulubaş Serçe | K. Çağlayan

15. Molecular analysis of the complete genomes of apricot and plum isolates of Plum pox virus detected in a Prunus germplasm collection in Almaty’s Pomological Gardens, Kazakhstan

D. James | D. Sanderson | S. Dolgikh | S. Spiegel

16. Identification of possible evolutionary pathways of Plum pox virus and predicting amino acid residues of importance to host adaptation

D. Sanderson | J. Fu | D. James

17. Three highly divergent groups of Plum pox virus strain D isolates coexist in stone-fruit plantings of Nikita Botanical Gardens, Crimea

18. Almond (Prunus dulcis L.) – not a natural host of Plum pox virus in the Czech Republic

D. Šafáøová | V. Neoralová | D. James | M. Navrátil

19. Perspective on strategies for controlling the spread of Plum pox virus, causal agent of sharka/plum pox disease

D. James

20. A new strategy for the long-term control of Plum pox virus

J. Polák | B. Krška | P. Komínek | F. Paprštein | R. Scorza

21. Risk assessment of Plum pox virus in China

F. Xing | H.Q. Wang | S.F. Li

22. Using geographical information system (GIS) technology to control the spread of Plum pox virus in Odessa region, Ukraine

S. Pavlova | O. Stakhurska | I. Budzanivska | O. Shevchenko | V. Polischuk

23. Attempts to eradicate sharka disease in the Eastern Mediterranean region of Turkey

M. Yurtmen | A. Hazır | P. Gök Güler | H. Fidan