生防真菌,fungal biocontrol agents
1)fungal biocontrol agents生防真菌
1.In order to search for fungal biocontrol agents adaptable to pest control during hot summer of southern China, aerial conidia of 12 Beauveria bassiana strains from different host insects and geographic origins were separately suspended in a solution containing 2% sucrose and 0.由此建立的技术体系可用于客观评价各种生防真菌的孢子耐热力。
英文短句/例句

1.Microbial Control of Spider Mites Based on Fungal Biocontrol Agents;生防真菌对叶螨类植物害螨的微生物防治研究
2.Growth Promotion and Prophylaxis Effects of Mixed Inoculation with Fungi and Actinomycetes Against Phytophthora Capsici on Pepper;辣椒疫病生防真菌与放线菌混合接种的防病促生效应研究
3.The Mycoparasite Coniothyrium Minitans Dimethachlon Fungicide Resistance and Resistance Mechanisms of Mutation Analysis生防真菌盾壳霉抗杀菌剂菌核净的诱变及其抗性机制分析
4.Natural Occurrence of Aphid-Pathogenic Fungi in Kunming and Field Efficacies of Emulsififable Formulations of Two Fungal Biocontrol Agents Against Vegetable Aphids and Whiteflies;昆明地区蚜虫病原真菌的发生与两种生防真菌制剂对菜蚜及粉虱的田间防效评价
5.Study on Screening, Identification and Application of Fungi Inhibiting Vegetable Root-Knot Nematodes (Meloidogyne Incognita)蔬菜根结线虫生防真菌的筛选、鉴定及应用研究
6.Nutrition Requirements of Several Biocontrol Fungi Cultured in Liquid and on Solid Matrix液体与固体培养几种生防真菌的营养研究
7.Research Progresses in the Biocontrol of Plant Diseases Caused by Rhizoctonia丝核菌属真菌病害生物防治研究进展
8.Study of Biocontrol Bacterium Strain A on Antifungal Spectrum and Mechanism, Separation and Purification of Antifungal Protein生防菌菌株A抗真菌谱、抗菌蛋白的分离纯化及抗菌机理研究
9.Studies on Biocontrol Mechanisms of the Mycoparasite Agent Trichothecium Roseum;菌寄生真菌粉红聚端孢生防机制的研究
10.Study on Antifungal Active Substances of Biocontrol Yeast 34-9 of Citrus;柑橘采后生防菌34-9抗真菌活性物质的研究
11.Research Review of Biocontrol Bacillus for Plant Fungous Diseases;植物真菌病害生防芽孢杆菌的研究进展
12.Fermentation in Shake Flask for Producing Antifungal Metabolite by Streptomyces Strain Ⅲ-61生防菌Ⅲ-61抗真菌活性产物的摇瓶发酵
13.Characterization of Anti-fungal Substances Produced by the Mycoparasite Coniothyrium Minitans and Evaluation of Their Efficacy in Suppression of Sclerotinia Sclerotiorum;生防菌盾壳霉产生抗真菌物质及其特性和防病潜力研究
14.Isolation and Identification of Strain A and Characteristics of Its Antifungal Substance;生防细菌菌株A的分离鉴定及其抗真菌物质理化性质研究
15.Inhibiting Effects of Bio-control Agents of Wheat Powdery Mildew on Different Pathogenic Fungi小麦白粉病菌生防菌对不同病原真菌的抑制作用
16.Antagonisms of Fungal Endophytes Isolated from Reed and Primary Investigation of the Biocontrol Efficacy;芦苇内生真菌的拮抗作用及生防效果初探
17.Biocontrol Against Take-all of Wheat with Endophytic Fungi利用小麦内生真菌生物防治小麦全蚀病研究
18.Application of entomogenous fungi in biological control of agriculture and forestry pests虫生真菌在农林害虫生物防治中的应用
相关短句/例句

antagonistic fungi生防真菌
1.【Objective】 The objective was to research the effect of the inoculation with the antagonistic fungi and actinomycetes in seedbed on micro ecological systems of capsicum rooting zone and yield of capsicum.【结果】苗床拌土接种2株生防放线菌和1株生防真菌制剂:(1)可明显增加辣椒根域土壤中细菌和放线菌数量,减少真菌数量,改变根域土壤中微生物组成,促使辣椒根域土壤微生物类型由真菌型向细菌型转变。
3)biological control fungi生防真菌
1.Research progress of genetic transformation methods of biological control fungi生防真菌遗传转化方法研究进展
4)Entomopathogenic hyphomycetes丝孢类生防真菌
1.Entomopathogenic hyphomycetes are important fungal biocontrol agents against insect pests, being well represented by the fungal species Beauveria Vuillemin, Metarhizium.丝孢类生防真菌是农林害虫微生物防治的重要资源,其中白僵菌属和绿僵菌属是典型代表。
5)fungal diseases control真菌防治
6)mycoparasite菌寄生真菌
1.Alternaria alternata is one of the host fungi of Olpitrichum tenellum, which is a biotrophic contact mycoparasite.Alternariaalternata是接触性活体营养菌寄生真菌纤细齿梗孢Olpitrichumtenellum的寄主真菌之一,该寄生过程中菌寄生真菌与寄主真菌的识别机制未见报道。
2.In this research, a mycotoxin was extracted and purified from a mycoparasite fungus, Trichothecium roseum s24 isolated from natural cotton field, and showed obvious yield difference when T, roseum s24 was cultured respectively in the two kinds of relatively identical cultural conditions with or without the adding of chitin.利用棉花田间分离到的菌寄生真菌粉红聚端孢菌s24菌株,在其他培养条件一致的前提下,分别采用2种MS培养基(有无几丁质作为碳源)对其进行培养,10 d后收集培养滤液,培养滤液经3-M滤纸过滤后用氯仿:异丙醇(1:1)抽提,分别获得0。
延伸阅读

防核、防化学、防生物武器训练  对核、化学、生物武器的袭击所进行的防护训练。简称"三防"训练。苏军称"化生放"防护训练,美军称 "核生化" 防护训练。目的是提高军队的防护能力,免受或减轻核、化学、生物武器对人员、牲畜的杀伤和对武器、装备、物资的破坏。    简史  "三防"训练是随着核、化学、生物武器的出现、发展而逐渐形成和加强的。第一次世界大战中德国首次使用化学武器,第二次世界大战期间出现了生物武器和核武器。这些新武器的出现和发展,引起许多国家军队对其防护研究和训练的普遍重视,先后设置组织机构管理训练。1939年,针对侵华日军多次使用化学武器,中国人民抗日军事政治大学一分校设立了防化学队,八路军各师建立了防化勤务主任室,部队开展了防化训练。1952年,中国人民志愿军针对侵朝美军多次使用生物、化学武器,普遍进行了防生物和防化学武器的训练。1953年,人民解放军建立了各级"三防"训练的专业机构,并将"三防"训练列入训练大纲,作为全军训练的共同科目,普遍开展了训练。      内容和方法 其内容通常包括:核、化学、生物武器的基本性能,防护的基本原则和措施,发现放射性沾染和毒袭的方法,个人和分队对核、化学、生物武器的防护方法,在受染地域、地段的行动要求和通过的方法,消毒、消除沾染和急救方法等。这种训练的组织方法:军官采取短期集训或结合部队演习,演练防护的组织指挥;部队训练通常由团以上机关培训骨干,以连、排为单位组织实施。一般使用图表模型、毒剂嗅样盒和模拟化学武器、模拟核爆炸等代用器材进行训练。有时亦可在专用场地进行实毒训练,或利用核武器爆炸试验进行训练。    苏联和美国军队在营一级分队设有专职(或兼职)的军官,指导对核、化学、生物武器的防护训练;在团(旅)以上部队设有专业机构或人员,计划和监督防护训练。苏联在军外训练中,受训人员即进行穿带防毒面具和使用侦察仪器的训练,入伍后的新兵增加防护训练时间和内容,并结合战术训练进行。美军明确规定了单兵在核、生物、化学武器条件下的训练内容,以及生存和基本作业的标准。    发展趋势  随着战术核武器、中子弹的出现,速效、高效化学武器的发展,生物战剂传播、扩散方法的改进,增大了杀伤、破坏的广泛性和严重性。因而加强群众性的防护训练,利用现代科学技术成果改进训练方法,提高训练效果,将更为各国军队所重视。