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Spread of cymbidium mosaic potexvirus and potyviruses in vanilla plants grown in shade houses in Reunion Island.

机译:在留尼汪岛的树屋中种植的香草植物中传播了大花ym兰花叶病毒和马铃薯病毒。

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Beginning in 1994, vanilla (Vanilla fragrans [V. planifolia]) vines grown under shade houses in Reunion Island have developed disorders mainly due to the cymbidium mosaic potexvirus (CymV) and potyviruses. To reduce damage and avoid viral epidemics,we considered developing a vanilla nursery to supply farmers with virus-free plant material and to provide prophylactice advice. Accordingly, we determined the relationship between symptoms on vanilla leaves and viral diagnosis. We also determined the temporal and spatial distribution patterns of viral diseases. Symptom assessment and serological tests were carried out on vanilla leaves at various times. The relationship between symptoms and viral infection data was analysed with Statistica software. Spatial distribution patterns of infected plants were generated with two-dimensional distance class analysis (2DClass). Results showed that symptoms do not correlate well with serological diagnosis. Plants in all shade houses in the survey were infected mainly by CymV which spreads in the row according to cultural practices. Potyviruses could be transmitted both by insect vectors and mechanically, but for the latter case less efficiently than CymV. Results from this study can be used to develop control measures, including the production of healthy planting materials to manage plant disease epidemics. Further studies will involve the characterization of vanilla potyviruses so that reliable serological techniques and better molecular tools can be developed.
机译:从1994年开始,在留尼汪岛的遮荫棚下种植的香草(Vanilla fragrans [V. planifolia])葡萄藤出现了疾病,这主要是由于大花c兰花叶病毒(CymV)和马铃薯病毒引起的。为了减少损害并避免病毒流行,我们考虑建立一个香草苗圃,为农民提供无病毒的植物材料并提供预防建议。因此,我们确定了香草叶症状与病毒诊断之间的关系。我们还确定了病毒性疾病的时空分布格局。在不同时间对香草叶进行症状评估和血清学测试。使用Statistica软件分析症状与病毒感染数据之间的关系。感染植物的空间分布模式是通过二维距离类别分析(2DClass)生成的。结果表明,症状与血清学诊断没有很好的相关性。调查中所有阴凉处的植物主要受CymV感染,根据文化习俗,CymV在行中传播。杯状病毒既可以通过昆虫载体也可以通过机械方式传播,但对于后一种情况,效率不如CymV。这项研究的结果可用于制定控制措施,包括生产健康的种植材料来管理植物病的流行。进一步的研究将涉及香草马铃薯病毒的鉴定,以便开发出可靠的血清学技术和更好的分子工具。

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