Fungi's DNA was extracted by using improved CTAB method, the ITS regions of Fusarium solani, Fusarium spp.
利用改良的CTAB法提取了茄枯萎病菌ITS 区的真菌DNA。
The Fusarium oxysporum screening model was established and verified.
建立了镰刀菌筛选模型并进行了验证。
Fusarium Head Blight (FHB) is a worldwide devastating disease of wheat, barley and other small grain cereals.
镰刀菌病是世界范围内毁灭性的小麦，大麦和其他小谷类谷物的病害。
Fusarium is a solemn return of the soul of Nirvana.
枯萎，是一种庄严的回归，是灵魂的涅磐。
It is highly resistant to fusarium wilt and anthracnose.
植株生长健壮，抗枯萎病，兼抗炭疽病。
So, research on the Fusarium toxin is one of the most urgent tasks.
因此，关于镰刀菌毒素的研究已成为当前国际上最紧迫的课题之一。
Fusarium, such as time, and looking back, it all seems a nightmare game.
等时间枯萎了，回头看，这一切似场噩梦。
Fusarium wilt disease of cotton is one of the most serious diseases in cotton production.
棉花枯萎病是棉花的一种重要病害。
Fusarium head blight (FHB) is one of the most destructive diseases of barley in the world.
赤霉病是大麦的重要病害之一。
The fusarium wilt disease strain was inoculated and cultured in the modified Richard's liquid medium.
用改良理查德液体产毒培养基培养棉花枯萎病菌，取其培养滤液作为毒素液。
Fusarium and Verticillium wilts of cotton are still the serious problem of cotton production in China.
棉花枯萎病和黄萎病是影响我国棉花生产的重要问题。
There was no report about strawberry red stele root rot, which was caused of Fusarium solani in China.
针对国内尚未见报道的茄腐镰孢菌引起的草莓红中柱根腐病，对其病原菌的生物学特性进行了初步研究。
The major pesticide degrading fungi were Aspergillus, Pinicielium, Rhizopus, Trichoderma, Fusarium, etc.
降解农药的真菌主要有曲霉属、青霉属、 根霉属、 木霉属、镰刀菌属等；
The present paper dealt with the review of achievement to Fusarium wilt disease in agricultural crops in China.
对中国农作物枯萎病的研究进行综述。
In recent years, watermelon Fusarium wilt has become an increasing threat to watermelon production around the world.
近年来，西瓜枯萎病菌引起的西瓜枯萎病害范围逐渐扩大，危害日益突出。
The beet root rot disease which is caused by Fusarium is one of the main reasons that causes the beet root tuber rot.
甜菜镰刀菌根腐病是引起甜菜块根腐烂的主要原因之一。
The investigation results indicated that Auricularia polytricha was a new edible mushroom host of Fusarium pathogens.
研究表明，毛木耳是镰刀菌在食用菌中的一个新寄主。
The result showed there is the resistance to spread as well as to initial infection of Fusarium head blight in barley.
结果表明，大麦赤霉病抗性除了抗初侵染类型外还存在抗扩展类型。
The result showed there was the resistance to spread as well as to initial infection of Fusarium head blight in barley.
结果表明，大麦赤霉病抗性除了抗初侵染外还存在抗扩展类型。
Fusarin C (FC) is a mutagenic and carcinogenic mycotoxin which was isolated from Fusarium monitiforme culture extracts.
镰刀菌素C（FC）是从串珠镰刀菌培养提取物中分离到的一种致突，致癌的真菌毒素。
In this paper, the type of Fusarium toxins, biological toxicity and detoxification methods of Fusarium toxins are reviewed.
笔者对镰刀菌产毒素的类型，镰刀菌毒素对植物细胞、动物细胞的毒害以及脱毒方法作一综述。
It is caused by Fusarium which is a large genus of filamentous fungi widely distributed in soil and in association with plants.
这是所造成的镰刀菌，这是一个大属丝状真菌广泛分布于土壤和在协会与植物。
The control effects against the cucumber fusarium wilt were studied in the condition of different spraying concentration and time.
通过田间小区防效试验，测定了在黄瓜苗期和成株期，菌株的不同施菌浓度、施菌时间对枯萎病的防治效果。
A new weapon in the war against fusarium species in grain received approval recently from the us national grain inspection system.
对抗谷物镰刀菌的一项最新武器于近日通过了美国国家谷物检测机构的审核。
Leaf mould was attacked by Fusarium nival, and had effect on perennial ryegrass's leaves and tillers, leading turf to become sparse.
叶腐病由腐霉属真菌的菌丝体危害所致，主要损害多年生黑麦草的叶片，影响植株分蘖，造成草坪自然稀疏。
The resistance to Fusarium wilt of long-fibre cotton selected from sea-land hybrid was appraised by using sea-land hybrid techniques.
利用海陆杂交技术所选育的长绒棉抗病材料在枯萎病病圃、重病田等抗病性鉴定，都表现很好的抗病性。
The result indicates that all target products exhibit bioactivities, especially show antibacterial activities on fusarium moniliforme.
测试结果显示：四种化合物均有生物活性，其中对水稻恶苗病菌都具有良好的杀菌作用。
Rice medium was used to identify the species groups of genus of Fusarium fungi selected by Komada or No. 1 selective culture medium from soil.
选择镰刀菌用驹田或植选1号培养基，在米饭培养基上划分镰刀菌种群，用试管法或盆栽作致病性测定，以检测土壤中棉花枯萎病致病菌。
Due to the lack of effective chemical fungicides and resistant varieties, fusarium wilt has become the limiting factor in cucumber production.
由于常规农药对枯萎病防效甚微，并且抗病性品种缺乏，枯萎病已经成为制约黄瓜生产的限制性因素。
Based on research on wild chili plants in rural Bolivia, the scientists found that the leading cause of seed mortality is a fungus called Fusarium.
基于对玻利维亚郊区野生辣椒的研究，科学家发现导致植物死亡的主要原因是一种名为镰刀霉的菌类。
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