结果表明：引起贵州省南瓜白粉病的病原菌为苍耳单囊白粉菌（Podosphaera xanthii）,该病原菌的侵染是造成贵州瓜类蔬菜栽培上的白粉病病因。
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...毕业论文网】为您精心收集,来源于网络及作者本人投稿 论文简介： 专性寄生真菌小麦白粉菌(Blumeriagraminisf.sp.tritici，Bgt)引起的小麦白粉病是一种危害严重的世界性病害。在小麦(TriticumaestivumL.
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... 类白粉病 Erysiphe graminis 白粉病 白粉菌 powderymildew 甜瓜白粉病 melon powdery mildew ...
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Through authenticate, Acquire Erysiphales of 11 Genus 70 Species,which include 9 Species of new record in Inner Mongolia,Among them,3 Erysiphe Genus is:Erysiphe hyoseyami,Erysiphe thermopsidis,Erysiphe betae,4 Microsphaera Genus: Microsphaera palczewskii,Microsphaera berberidicola,Microsphaera pseudolonicerae, Microsphaera alphitoides;1 Sphaerotheca Genus:Sphaerotheca pannosa;1 Leveillula Genus:Leveillula scrophulariacearum.
鉴定得到11个属70个种的白粉菌,包括内蒙古新记录种9个,其中白粉菌属3个,为:天仙子白粉菌Erysiphe hyoseyami、黄华白粉菌Erysiphe thermopsidis、甜菜白粉菌Erysiphe betae;叉丝壳属4个,为:帕氏叉丝壳Microsphaera palczewskii、小檗生叉丝壳Microsphaera berberidicola、防己叉丝壳Microsphaera pseudolonicerae、粉状叉丝壳Microsphaera alphitoides;单囊壳属1个,为:毡毛单囊壳Sphaerotheca pannosa;内丝白粉菌属1个,为:玄参科内丝白粉菌Leveillula scrophulariacearum。
参考来源 - 内蒙古地区白粉菌目（Erysiphales）的分类研究Through authenticate, Acquire Erysiphales of 11 Genus 70 Species,which include 9 Species of new record in Inner Mongolia,Among them,3 Erysiphe Genus is:Erysiphe hyoseyami,Erysiphe thermopsidis,Erysiphe betae,4 Microsphaera Genus: Microsphaera palczewskii,Microsphaera berberidicola,Microsphaera pseudolonicerae, Microsphaera alphitoides;1 Sphaerotheca Genus:Sphaerotheca pannosa;1 Leveillula Genus:Leveillula scrophulariacearum.
鉴定得到11个属70个种的白粉菌,包括内蒙古新记录种9个,其中白粉菌属3个,为:天仙子白粉菌Erysiphe hyoseyami、黄华白粉菌Erysiphe thermopsidis、甜菜白粉菌Erysiphe betae;叉丝壳属4个,为:帕氏叉丝壳Microsphaera palczewskii、小檗生叉丝壳Microsphaera berberidicola、防己叉丝壳Microsphaera pseudolonicerae、粉状叉丝壳Microsphaera alphitoides;单囊壳属1个,为:毡毛单囊壳Sphaerotheca pannosa;内丝白粉菌属1个,为:玄参科内丝白粉菌Leveillula scrophulariacearum。
参考来源 - 内蒙古地区白粉菌目（Erysiphales）的分类研究·2,447,543篇论文数据，部分数据来源于NoteExpress
林先生从北京发现的人间白粉菌的感染是该国的最早记录。
The human infections of Diphyllobothrium latum discovered by Lin from Beijing were the first records in the country.
这些研究结果表明草酸氧化酶的积累是白粉菌侵染诱导的，可能与大麦对白粉菌的防卫反应有关。
These results demonstrated that the accumulation of oxalate oxidase was induced by barley powdery fungus and possibly associated with defense response of barley to powdery mildew fungus.
结果表明，河南省小麦白粉菌对所有供试小麦材料都存在相应的毒性基因，但毒性基因频率有明显差异。
The result showed that the virulent genes for all wheat materials tested were found in pathogen population from Henan, but the virulent frequencies were different remarkably.
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