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首页> 外文期刊>Microscopy and microanalysis: The official journal of Microscopy Society of America, Microbeam Analysis Society, Microscopical Society of Canada >A review of ultrastructural and ultracytochemical studies of infection processes in some plant wilt diseases: The opaque matter extensively involved, its links with pathogen elements, insights into its nature
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A review of ultrastructural and ultracytochemical studies of infection processes in some plant wilt diseases: The opaque matter extensively involved, its links with pathogen elements, insights into its nature

机译:对某些植物枯萎病感染过程的超微结构和超细胞化学研究的综述:广泛涉及的不透明物质,与病原体元素的联系,对自然界的了解

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摘要

The present review is based on results of several years of investigation on the pathogenesis of plant wilt diseases using for one of the main aspects, several labeling techniques at the ultrastructural level: autoradiography with 3H-thymidine; gold-tagged lectins, enzymes, polyclonal, and monoclonal antibodies. Thus, opaque matter (OM), labeling for DNA with the appropriate markers, can be abundant in and associated with host tissue reactions and pronounced alterations (particularly in newly differentiated xylem). The presence of structures (called P-elements) in OM, paralleled by a similar occurrence in nuclei of both the host and pathogen cells, is considered as being also indicative of a cytoplasmic nature for this OM and most likely originating from fungal elements.
机译:本综述基于对植物枯萎病发病机理的多年研究结果,该研究的主要方面之一是在超微结构水平上使用多种标记技术:3H-胸腺嘧啶放射自显影;金标记的凝集素,酶,多克隆和单克隆抗体。因此,用适当的标记物标记DNA的不透明物质(OM)在宿主组织反应和明显改变(尤其是在新分化的木质部中)中可能很丰富,并与之相关。 OM中结构的存在(称为P元素),与宿主和病原体细胞核中类似的出现并行,被认为也表明该OM具有胞质性质,最有可能起源于真菌元素。

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