Abstract

Goal. Analyze the data of foreign and domestic literature on viruses that infect gladioli, risks for domestic agriculture, present the results of the study of viral diseases on gladioli in Ukraine.
 Methods. Review of information in foreign and domestic literature on viruses that infect gladioli. Visual diagnostics, transmission electron microscopy, double sandwich enzyme immunoassay (DAS-ELISA).
 Results. Gladioli infect viruses: cucumber mosaic virus, bean yellow mosaic virus, tobacco rattle virus, tobacco ringspot virus, which belongs to regulated pests in Ukraine. These pathogens are common on all continents where plants are grown, have a wide range of host plants and pose a potential threat to crops. In the case of a systemic reaction of a plant to a viral infection, the symptoms lead to a loss of aesthetic value by the plant, economic losses in the floriculture industry, degeneration of varieties in the collections of botanical gardens and private farms, problems in further selective selection for creating new varieties. Possible means of protection and prevention of the spread of viruses to other types of cultivated plants are considered.
 Conclusions. Gladiolus plants can infect 9 types of viruses, among which the most common and harmful are cucumber mosaic, yellow bean mosaic and tobacco pogrimovka viruses. A yellow bean mosaic virus and a cucumber mosaic virus have been identified in Ukraine. It is especially dangerous that these viral infections can be asymptomatic and gladioli become reservoirs for the preservation and transmission of viruses to other plant crops sensitive to pathogens.

Highlights

  • Â3ðóñí3 3íôåêö3¿ ãëàä3îëóñ3â â Óêðà¿í3 ïðàêòè÷íî íå âèâ÷åí3

  • À ç îãëÿäó íà ïîïóëÿðí3ñòü íàñàäæåíü ó ïðèâàòíîìó ñåêòîð3, åñòåòè÷íó ö3íí3ñòü òà ðîçâèòîê êâ3òíèêàðñüêî¿ ãàëóç3, öå ïèòàííÿ ïîòðåáóo îñîáëèâî¿ óâàãè, îñê3ëüêè ãëàä3îëóñè õâîð3þòü íà â3ðóñí3 3íôåêö3¿, íåáåçïå÷í3 äëÿ ñ3ëüñüêîãî ãîñïîäàðñòâà

  • Äî â3ðóñ3â, äëÿ ÿêèõ õàðàêòåðíà íàñ3ííoâà ïåðåäà÷à, ùî 3íô3êóþòü ãëàä3îëóñè, íàëåæàòü: cucumber mosaic virus, bean yellow mosaic virus, tobacco rattle virus, tobacco ringspot virus [8, 23, 32, 48]

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Summary

Introduction

Â3ðóñí3 3íôåêö3¿ ãëàä3îëóñ3â â Óêðà¿í3 ïðàêòè÷íî íå âèâ÷åí3. À ç îãëÿäó íà ïîïóëÿðí3ñòü íàñàäæåíü ó ïðèâàòíîìó ñåêòîð3, åñòåòè÷íó ö3íí3ñòü òà ðîçâèòîê êâ3òíèêàðñüêî¿ ãàëóç3, öå ïèòàííÿ ïîòðåáóo îñîáëèâî¿ óâàãè, îñê3ëüêè ãëàä3îëóñè õâîð3þòü íà â3ðóñí3 3íôåêö3¿, íåáåçïå÷í3 äëÿ ñ3ëüñüêîãî ãîñïîäàðñòâà. Â3ðóñ æîâòî¿ ìîçà¿êè êâàñîë3 — îäèí ç íàéá3ëüø øê3äëèâèõ ïàòîãåí3â ðîäèíè Potyviridae, çäàòåí ñïðè÷èíèòè âòðàòè âðîæàþ çàëåæíî â3ä ñîðòó òà óìîâ âèðîùóâàííÿ ðîñëèí äî 30—90%, ùî îñîáëèâî àêòóàëüíî, îñê3ëüêè â ñòðóêòóð3 ïîñ3âíèõ ïëîù ÷àñòêà çåðíîâèõ òà çåðíîáîáîâèõ êóëüòóð â Óêðà¿í3 ñòàíîâèòü 58%, ó òîìó ÷èñë3 ñîÿ — 22% [4]. Á3ëîê ÿäåðíîãî âêëþ÷åííÿ  (Nuclear inclusion protein B) — ÐÍÊ-çàëåæíà ÐÍÊïîë3ìåðàçà, ÿêà áåðå ó÷àñòü ó ðåïë3êàö3¿ â3ðóñó. Â3ðóñ çäàòí3 ïåðåäàâàòè íåïåðñèñòåíòíî áëèçüêî 50 âèä3â ïîïåëèöü, òàêîæ õàðàêòåðíà íàñ3ííoâà ïåðåäà÷à.

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