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首页> 外文期刊>Ciência Rural >Gray mold in immature fig fruit: pathogenicity and growth temperature
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Gray mold in immature fig fruit: pathogenicity and growth temperature

机译:无花果果实中的灰霉病:致病性和生长温度

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摘要

Several diseases can be associated with figs but recently a fruit rot was observed in green fruit. The purpose of this study was to determine the pathogenicity of Botrytis sp., to quantify incubation period (IP) and latent period (LP), to verify the optimum temperature for mycelial growth, and to identify the different species of Botrytis sp. isolated from immature figs. Botrytis sp. isolated from figs proved to be pathogenic to immature fruit with and without wounding the fruit surface and ostiole. The IP period was 3 days on fruit with wounds and 5 days on fruit inoculated within the ostiole (without wound). The LP was 6 days in all treatments. The optimum temperature for mycelial growth was 18?°C. Inferred from sequences of a segment comprising the ITS region of ribosomal DNA concluded that the isolates are Botrytis cinerea.
机译:无花果可能与几种疾病有关,但最近在绿色水果中观察到了水果腐烂。这项研究的目的是确定Botrytis sp。的致病性,量化潜伏期(IP)和潜伏期(LP),验证菌丝体生长的最佳温度,并鉴定Botrytis sp。的不同物种。与未成熟的无花果隔离。葡萄孢属从无花果中分离得到的水果被证明对未成熟的水果具有致病性,无论是否伤害到水果的表面和豆sti。 IP期是在有伤口的水果上接种3天,在接种针孔内的水果上接种5天(无伤口)。所有治疗的LP为6天。菌丝体生长的最佳温度为18℃。从包含核糖体DNA的ITS区域的区段的序列推论得出结论,分离物是灰葡萄孢。

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