РЕЗЮМЕТА
НА НАУЧНИТЕ ПУБЛИКАЦИИ
на л. ас. д-р Николай Манчев Петров
за участие в конкурс за заемане на академичната длъжност „Доцент”
по професионално направление 6.2 Растителна защита, научна специалност
„Фитопатология“, обн. в ДВ бр. 63/ 18.08.2015 г.
1. Rodeva, R., Stoyanova Z., Pandeva R., Petrov N. 2009. Field reaction to anthracnose
caused by Colletotrichum spp. on pepper fruits. Acta Hort., 830, 557-562.
2. Petrov, N., Lyubenova, V., 2011. Thermotherapy and electrotherapy of potato tubers
infected with potato virus Y – PVY. In: Scientific papers of the Jubilee National Scientific
Conference with International Participation “The man and the universe”, 6-8 Oct. 2011,
Smolyan, Bulgaria, Part II,”, 678-685, ISBN: 978-954-397-025-4.
3. Петров, Н. 2011. Potato virus Y – PVY. Растителна защита & семена и торове, 1,
33-35
Научно популярна статия.
4. Petrov, N., Stoev, A., 2011. Almond (Prunus dulcis) as a host of plum pox virus. Acta
Hort. 899, 73-78.
5. Iliev, P., Stoev, A., Petrov, N. 2011. Between sharka and monilia. Acta Hort. 899, 171174.
6. Stoyanova M., Hristova P., Petrov N., Moncheva P., Bogatzevska N. 2011. Method for
differentiating Burkholderia gladioli pathovars. Science & Technologies 1(6), 15-19.
7. Stoyanova M., Georgieva L., Petrov N., Badjakov I., Bogatzevska N. 2012. Bacterial bulb
decay of summer snowflake /Leucojum aestivum L./. Biotechnology and Biotechnological
Equipment, 26(6):3338-3344. IF 0.622
8. Petrov, N., Andonova, R. 2012. Bion and exin as sar elicitors against potato virus y
infection in tomato. Science & Technologies, 2(6), 46-49.
9. Dikova, B., Vatchev, T., Petrov, N. 2012. Establishment of Beet western yellows virus on
oilseed rape in Bulgaria. Science & Technologies, 2(6), 21-23
10. Krezhova, D., Petrov, N., Maneva, S. 2012. Hyperspectral remote sensing applications for
monitoring and stress detection in cultural plants: viral infections in tobacco plants. Proc.
of SPIE, 8531(59) 85311H-1-9, http://dx.doi.org/10.1117/12.974722
11. Petrov, N. 2012. Inhibition of the virus replication of PVY by siRNAs. Third congress of
Virology (Days of virology in Bulgaria) with international participation, Proceedings ISSN
1314-7072, 101-105.
12. Krezhova, D., Maneva, S., Petrov, N., Alexieva, V., Moskova, I. 2012. Remote sensing of
spectral responses of plants to adverse environmental conditions. In Proceedings of Eighth
Scientific Conference with International Participation SES 2012, 356- 361.
13. Dikova, B., Petrov, N., Djourmanski, A., Lambev, H. 2013 First report of Tomato spotted
wilt virus on a new host Leuzea carthamoides in Bulgaria and the World. Plant Disease
97:9, 1258-1258. I.F. 2.742
14. Petrov, N. 2014. Reaction of plum cultivars to Plum Pox Virus (PPV) in the region of
Sofia. Journal of Mountain Agriculture on the Balkans, 17(1):132-142.
15. Petrov, N. 2014. Tracking of plant organ and tissue tropism of Plum Pox Virus (PPV) and
Prunus necrotic ring spot virus (PNRV) in plums and apricots. Journal of Mountain
Agriculture on the Balkans, 17(2): 433-445.
16. Verma R.K., Mishra R., Nehra C., Petrov N., Stoyanova M., Gaur R.K.. 2014. Molecular
characterization of potyvirus and begomovirus in India. Journal of Mountain Agriculture
on the Balkans, 17(6):1572-1582.
SUMMARY
In India more than 100 plant species are virus infected but major virus infected
economic crops are Papaya, Chilli, Tomato, Watermelon, Potato, Sugarcane, Beans,
and Soybean etc. Increasing numbers of sequence submissions in public databases
shows exponential of degree of virus infection.
We analyzed phylogeny of PRSV Nib gene KF840684, KF840685 and HC-Pro
gene KJ123750 of Papaya ringspot virus as well as DNA-A of Chilli leaf curl virus
isolates KJ700653,KJ700656 and Rose leaf curl virus isolate KJ739692 and their
associated betasatellites KJ700654, KJ700655 and KJ739691 respectively.
Presence, of different out-group’s in phylogenetic tree shows emergence of new
virus species from other geographical origins.
Molecular characterization of potyviruses and begomoviruses is the necessary
step to overcome their infection which will help in designing reliable management
strategies against potyvirusand begomoviruses.
It will also increase our knowledge on the variability and evolution of plant
viruses and enhance information about natural host of the viruses.
Key words: Potyvirus, Begomovirus, Phylogenetic tree, India.
17. Petrov, N. 2014. Damaging effects of Tomato mosaic virus and Potato virus Y on tomato
plants. Science & Technologies, 4(6), 56-60.
18. Petrov, N. 2014. Effect of Pepper mild mottle virus infection on pepper and tomato plants.
Science & Technologies, 4(6), 61-64.
19. Petrov, N. 2014. Induction of systemic acquired resistance against Cucumber mosaic virus
in tomato agro ecosystems. J. Bal. Ecol., 17(4): 385-390.
20. Petrov, N. 2014. Environmental friendly methods of inducing resistance against Cucumber
mosaic virus in pepper. Agri. Sci. & Tech., 6(4): 471-474.
21. Petrov, N. 2014. Reduction of the infection with Tomato mosaic virus and Cucumber
mosaic virus in tomatoes trough inducers of resistance. Proceedings of “Seminar of
Ecology”, 24-25 Apr. 2014, IBER, Sofia, Bulgaria, 129-133.
22. Petrov, N. 2014. Induction of resistance in pepper to Potato virus Y by activation of
defense mechanisms of the host plant. In Proceedings of “Seminar of Ecology”, 24-25 Apr.
2014, IBER, Sofia, Bulgaria,134-139.
23. Petrov, N. 2015. Mixed viral infections in tomato as a precondition for economic loss.
Agri. Sci. & Tech., 7(1): 124-128.
24. Petrov N., Stoyanova M., Andonova R., Teneva A. 2015. Induction of resistance to potato
virus Y strain NTN in potato plants through RNAi. Biotechnology & Biotechnological
Equipment, 29(1), 21-26. doi: 10.1080/13102818.2014.984968 IF5г. 0.511
25. Petrov, N., Teneva, A., Stoyanova, M., Andonova, R., Denev, I., Tomlekova, N. 2015
Blocking the systemic spread of potato virus Y in the tissues of potatoes by
posttranscriptional gene silencing. Bul.J.Agri.Sci, 21(2), 288-294.
26. Petrov, N., Stoyanova, M., Verma, R., Mishra, R., Nehra, C., Gaur, R. 2015. Identification
of conserved regions from Potato virus Y genome as targets for regulation of gene
expression by gene silencing. In CD of Proceedings of International conference “Soil and
agro technology in a changing world”, 11-15 May, Sofia, Bulgaria, Ses4.
27. Petrov, N., Maneva, S., Krezhova, D. 2015. Diagnostics of Potato virus Y infections in
potatoes by remote sensing method, registering variations in the reflection spectrum. In CD
of Proceedings of International conference “Soil and agro technology in a changing
world”, 11-15 May, Sofia, Bulgaria, Ses4.
28. Petrov, N., Stoyanova, M., Valkova, M. 2015. The antiviral activity of extract from St.
John’s wort against Potato virus Y. Proceedings of the Union of scientists - Ruse, 7(3),
229-232, ISSN 1311-1086
29. Petrov, N. 2015. Sensitivity of potato cultivars grown in Bulgaria to plant viruses PVY
and PLRV. Proceedings of the Union of scientists - Ruse, 7(3), 233-236, ISSN 1311-1086
30. Petrov, N., Vаlkova, M., Baeva, G. 2015. Weed reservoirs of PVY in Bulgaria as a main
source of diseases of potato. Растениевъдни науки. 52(3), 31-35, ISSN 0568-465X
31. Petrov, N. 2015. Distribution and characterization of PVY and PLRV in potato cultivar
Agria in different regions of Bulgaria. Journal of Mountain Agriculture on the Balkans,
vol. 18, 3, 2015, 612-618.
32. Petrov, N., Gaur, R. 2015. Characterization of potato PVY isolates. Science &
Technologies, 5(6), 17-21.