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   moniliforme 的翻译结果: 查询用时:0.211秒
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moniliforme
相关语句
  串珠
     , F. moniliforme Sheld.
     、串珠镰孢 (F.moniliforme Sheld.)
短句来源
     Kinetic Resolution of DL-pantolactone by Immobilized Fusarium Moniliforme SW-902
     串珠镰孢Fusarium moniliforme SW-902固定化DL—泛乳糖动力学分析(英文)
     Other species ranging in decreasing orderof percentage were:F. moniliforme(2.4%),F.
     串珠镰刀菌(F.moniliforme)占2.4%;
短句来源
     Three pairs of PCR primers P1/P2, P3/P4 and Fum5F21/ Fum5R1 specific for Fumonisin-producing were designed, based on the polyketide synthesase gene fum5 of Fusarium moniliforme involved in fumonisin biosynthesis. PCR methods for detecting Fumonisin-producing F.
     以伏马菌素生物合成所必需的多酮肽合成酶基因fum5为基础 ,设计了 3对特异性引物P1 P2、P3 P4和Fum5F2 1 Fum5 1,建立了串珠镰刀菌伏马菌素产毒株PCR检测方法。
短句来源
     N-nitrosoproline ethylester was formed in millet inoculated with a common fungus, Fusarium moniliforme Sheldon (strain 82-01, isolated from Linxian maize), after 8 days inoculation at 28℃ and addition of NaNO2 (millet: NaNO2-O 1000:1w/w). The compound was detected by GC-MS and the level was 20~40μg/kg millet.
     以林县玉米中分离出的串珠镰刀菌(82—01号)接种于小米,经28℃培养8天后,加亚硝酸钠(小米:亚硝酸钠=1000:1w/w),用GC-MS分析鉴定,发现有脯氨酸乙酯亚硝胺(N-Nitrosoproline ethylester)的形成,含量为20~40微克/公斤小米。
短句来源
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  “moniliforme”译为未确定词的双语例句
     moniliforme Kuetz.
     moniliforme Kuetz.
短句来源
     moniliforme, F.
     moniliforme,F.
短句来源
     moniliforme var.intermedium.
     moniliforme var.intermedium.
短句来源
     moniliforme var. subglutinans and F.
     moniliforme var.subglutinans,F.
短句来源
     moniliforme and F.
     moniliforme,F.
短句来源
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  相似匹配句对
     moniliforme and F.
     moniliforme,F.
短句来源
     moniliforme F.
     moniIiforme,F.
短句来源
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  moniliforme
The cell extract showed activity against Candida albicans, Aspergillus niger, Trichoderma viridae, Fusarium moniliforme and Alternaria brassicicola.
      
Maize Response to Salicylic Acid and Fusarium moniliforme
      
Production of Fumonisins by Fusarium moniliforme Strains Isolated from Corn Grain
      
Fusarium moniliforme is the predominant fusarium species in the grain mycoflora of corn grown in the northern Caucasus, accounting for 95% of fusarium isolates.
      
Eighty-five Fusarium moniliforme strains were grown on a grain substrate and checked for the presence of fumonisins (B1 + B2 + B3) by indirect solid-phase enzyme immunoassay.
      
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Our previous works showed that carcinogenic N-nitroso compounds can be formed in food contaminated by fungi. In the present study it was demonstrated that some common species of fungi encountered in Linxian County, a high risk area for esophageal cancer in Henan Province, would not only reduce nitrates to nitrites but also increase the amount of secondary amines in tainted cornbread, and promote the synthesis of nitrosamines from these precursors in food. Species such as Fusarium moniliforme, Aspergillus...

Our previous works showed that carcinogenic N-nitroso compounds can be formed in food contaminated by fungi. In the present study it was demonstrated that some common species of fungi encountered in Linxian County, a high risk area for esophageal cancer in Henan Province, would not only reduce nitrates to nitrites but also increase the amount of secondary amines in tainted cornbread, and promote the synthesis of nitrosamines from these precursors in food. Species such as Fusarium moniliforme, Aspergillus versicolor and Geotrichum candidum had a greater ability to reduce nitrates than Penicillium brevi-compactum, P. lividum, Aspergillus niger and A. sydowii. A 17-fold increase in secondary amines occurred in cornbread inoculated with F. monili-forme after 6-day incubation. Moreover,G. candidum and other fungi modified the acidity of mouldy food and provided favorable conditions for the synthesis of nitrosamines. Thus the experimental results gave further evidences for the important role played by certain fungi in the production of chemical carcino gens.

我们首次发现在霉变食物中有亚硝胺类致癌物的形成[1~3]。进一步研究证明食管癌高发区林县常见的真菌,如串珠镰孢霉、白地霉等,不但能还原食物中的硝酸盐为亚硝酸盐,而且能增加其二级胺的含量,并促进这些前体物合成亚硝胺。这表明某些真菌除能产生真菌毒素外,在霉变食物中能形成其它化学致癌物,因此在癌症病因中起重要作用。

211 isolates of Fusaria were isolated from 238 samples of scabbed head of thewheat cotteeted from 14 provinces.These isolates hed been critically studied andidentified as eight species namely,Fusarium graminearum,F.avenaceum,F.moniliforme,F.equiseti,F.nivale,F.semitectum and F.arthrosporioides.Inthe eourese of the study,the Fusarium graminearum occupied 90% of 211 isolates.The variation of pathogenicity of there species by aritieiai inoculation in seedlingand heading stage were tested.The results indicated...

211 isolates of Fusaria were isolated from 238 samples of scabbed head of thewheat cotteeted from 14 provinces.These isolates hed been critically studied andidentified as eight species namely,Fusarium graminearum,F.avenaceum,F.moniliforme,F.equiseti,F.nivale,F.semitectum and F.arthrosporioides.Inthe eourese of the study,the Fusarium graminearum occupied 90% of 211 isolates.The variation of pathogenicity of there species by aritieiai inoculation in seedlingand heading stage were tested.The results indicated that they are different inpathogenicity.The pathogenicity of Fusarium arthrosporioides,F.graminearum, F.avenaeeum F.nivale and F.culmorum are strong,while Fusarium moniliforme,F semitectum are weak,and Fusarium equiseti is a non-pathogenic species.There-fore Fusarium graminearum is a superior pafhogeuic species and Fusarium arthros-porioides,F.avenaceum,F.culmorum are minor or rare pathogenic species.

从全国十四个省市收集的238个小麦亦霉病穗,分离出211个镰刀菌菌株,经鉴定为禾谷镰孢(Fusarium graminearum)、燕麦镰孢(F.avenaceum)、黄色镰孢(F.culmorum)、串珠镰孢(F.moniliforme)、木贼镰孢(F.equiseti)、雪腐镰孢(F.nivale)、半裸镰孢(F.semitectum)、拟直孢镰孢(F.arthrosporioides)八个镰刀菌种,其中以禾谷镰孢为主,占90%。通过苗期和穗期致病力的测定,拟直孢镰孢、禾谷镰孢、黄色镰孢、燕麦镰孢雪腐镰孢为强致病种,木贼镰孢为非致病种,其余为弱致病种。禾芥镰孢分布广,数量多,为主要或优势致病种。拟直孢镰孢、燕麦镰孢、黄色镰孢,雪腐镰孢为次要或稀有的致病种。

Cotton seeds are agents for long distance dissemination of cottonwilt.Seed borne rate of the Fusarium wilt is about 0.01% to 46.8%.The pathogens attack the seed-coat,cotyledon and embryo.Amongthe seed-borne fungi,Fusarium semitectum B.& R.,F.equiseti(Carda)Sacc.,F.moniliforme Shel.,F.solani(mart.)Sacc.and others may beisolated.These isolates usually interfer the detection of F.oxysporumf.sp.A selective medium for examining the cotton seed was formula-ted.It is composed of lg methyl cellulose,lg KH_2PO_4,5g...

Cotton seeds are agents for long distance dissemination of cottonwilt.Seed borne rate of the Fusarium wilt is about 0.01% to 46.8%.The pathogens attack the seed-coat,cotyledon and embryo.Amongthe seed-borne fungi,Fusarium semitectum B.& R.,F.equiseti(Carda)Sacc.,F.moniliforme Shel.,F.solani(mart.)Sacc.and others may beisolated.These isolates usually interfer the detection of F.oxysporumf.sp.A selective medium for examining the cotton seed was formula-ted.It is composed of lg methyl cellulose,lg KH_2PO_4,5g peptone,0.5gMgSO_4·7H_2O,0.2g K_2S_2O_5,0.6g KCl,0.3g NH_4NO_3,0.1g pentachloro-nitrobenzene,20g sucrose,0.1g streptomycin sulfate,20g agar,1,000ml distiled water.This medium has successfully been used on detect-ing cotton wilt fungus according to the selective differential pigmentand morphological characteristics of the colony of Fusarium oxysporumf.sp.vasinfectum.

棉籽带菌是远距离传病的主要途径。病棉株种子带菌率0.01—46.8%。带菌部位以种壳为主,但子叶、胚均带菌。棉籽上除带枯萎病菌外,还带有半棵、串珠、茄病、木贼等几种镰刀菌及其他杂菌,干扰检验。文中介绍一种选择性培养基,其成分为:甲基纤维素1克、KH_2PO_4克、蛋白胨5克、MgSO_4·7H_2O0.5克、K_2S_20.2克、KCl 0.6克,NH_4NO_30.3克、五氯硝基苯0.1克、蔗糖20克、链霉素0.1克、琼脂20克、蒸馏水1000毫升。应用其进行分离培养棉籽,可根据菌落形态特征及颜色反应,较容易地检验出棉花枯萎病菌。

 
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