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首页> 外文期刊>Mycobiology >Fungi Isolated from Pine Wood Nematode, Its Vector Japanese Pine Sawyer, and the Nematode-Infected Japanese Black Pine Wood in Korea
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Fungi Isolated from Pine Wood Nematode, Its Vector Japanese Pine Sawyer, and the Nematode-Infected Japanese Black Pine Wood in Korea

机译:从韩国松木线虫,其媒介日本松木工和被线虫感染的日本黑松木中分离的真菌

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Pine tree death caused by pine wood nematode (PWN) involves phoretic relationships between PWN and its vector Japanese pine sawyer beetle (JPS). In an effort to understand the diversity of fungi involved in PWN life cycle, a total of 176 fungal isolates were collected from PWNs, adults and larvae of JPS, PWN-diseased Japanese black pine that was cut down in 2005 at Jinju, Korea. Based on microscopic observation and colony morphology, and sequence analysis of the ITS rDNA, the fungal isolates were identified at the level of genus. Three genera including Mucor , Ophiostoma , and Penicillium were identified from PWN. Two genera of Ophiostoma and Penicillium were discovered from JPS larvae. From JPS adult beetles, nine genera of Aspergillus , Gibberella , Hypocrea , Irpex , Leptosphaeria , Ophiostoma , Penicillium , and Plectosphaerella and unknown basidiomycetes were found. Ten genera from PWN-infected wood were confirmed as Bionectria , Botrytis , Camarops , Fusarium , Hypocrea , Nectrtia , Mucor , Ophiostoma , Penicillium , and Trichoderma . Penicillium and Ophiostoma were commonly distributed on PWN and its vector and host. This is first report of the fungi associated with PWN and its vector and host in Korea.
机译:由松木线虫(PWN)引起的松树死亡涉及PWN及其媒介日本松锯齿甲虫(JPS)之间的隐喻关系。为了了解参与PWN生命周期的真菌的多样性,从PWN,JPS(PWN病害的日本黑松)的幼虫和幼虫中收集了176种真菌分离株,该菌于2005年在韩国晋州被砍伐。基于显微镜观察和菌落形态,以及ITS rDNA的序列分析,在属水平上鉴定出了真菌分离株。从PWN中鉴定出三个属,包括Mucor,Ophiostoma和Penicillium。从JPS幼虫中发现了Ophiostoma和Penicillium的两个属。从JPS成年甲虫中,发现了9属曲霉菌,赤霉菌,hypocrea,Irpex,Leptosphaeria,Ophiostoma,Penicillium和Plectosphaerella,以及未知的担子菌。来自PWN感染木材的10个属被确认为Bionectria,Botrytis,Camarops,Fusarium,hypocrea,Nectrtia,Mucor,Ophiostoma,Penicillium和Trichoderma。青霉和卵母细胞瘤通常分布在PWN及其载体和宿主上。这是有关PWN及其载体和寄主在韩国的真菌的首次报道。

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