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fungicides resistance
相关语句
  抗药性
     Advance on fungicides resistance of Phytophthora infestans
     致病疫霉(Phytophthora infestans)对杀菌剂抗药性研究进展
短句来源
     Research on the fungicides resistance and genetic for mutant of Botrvtis cinerea
     灰霉病菌菌株抗药性变异及其遗传性研究
  杀菌剂抗药性
     Advance on fungicides resistance of Phytophthora infestans
     致病疫霉(Phytophthora infestans)对杀菌剂抗药性研究进展
短句来源
  “fungicides resistance”译为未确定词的双语例句
     The sensitivity distribution of population of Rhizoctonia cerealis totriadimonol revealed that the fungicides resistance has developed in the field.
     根据测定菌株对药剂敏感性分布分析证明,禾谷丝核菌对三唑醇已出现了田间抗性菌株。
短句来源
     The fungicides resistance isolates (BUVS05. BUVT50)for Sumilex 50 wp were obtained. The experiment of inoculating the leaves of strawberry by Botrytis cinerea showed that mutant isolates have higher growth tendency in the fungicide environment than normal condition. And mutant isolates have higher pathogenicity than the sensitivity isolates.
     据此进行药剂诱变,得到对速克灵的抗性突变株BUVS05与BUVT50,对草莓叶片离体致病力实验发现,抗性菌株在含药平板上生长速率较无药平板上快,与敏感株相比对叶片的致病力较强,发病较严重且病斑扩展速率快。
  相似匹配句对
     Trichoderma's Resistance to Fungicides
     木霉菌对杀菌剂的耐药性
短句来源
     Resistance of modern fungicides to plant pathogens
     现代杀菌剂抗性研究进展
短句来源
     Anxiety and Resistance
     焦虑及反抗
短句来源
     Defence and Resistance
     守护与抗争
短句来源
     Fungicides Interfering with Respiration
     干扰呼吸作用的杀菌剂
短句来源
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Some investigations were made on fungicide resistance of the Pyricularia oryzae during 1981-1985.It was confirmed that at the seed multiplication farms of Yuxi,Caoba in Mengzi and Xishuangbanna this pathogen has evidently become fungicide resistant to EBP and IBP even the EBP resistant isolates showed cross-resistance to IBP, EDDP and FuJi-one. Hence the author suggest that either IBP, EDDP or FuJi-one must be alternatively chosen for the control of leaf blast. If IBP is applied the FuJi-one...

Some investigations were made on fungicide resistance of the Pyricularia oryzae during 1981-1985.It was confirmed that at the seed multiplication farms of Yuxi,Caoba in Mengzi and Xishuangbanna this pathogen has evidently become fungicide resistant to EBP and IBP even the EBP resistant isolates showed cross-resistance to IBP, EDDP and FuJi-one. Hence the author suggest that either IBP, EDDP or FuJi-one must be alternatively chosen for the control of leaf blast. If IBP is applied the FuJi-one can not be used. To preventing spike-neck blast Tricyclazole is avialable for at most one or two times per year.In addition, an experiment of inducing the resistance of Pyricularia oryzae by EBP has been successfuly done in laboratory. Results indicated that the resistance of Pyricularia oryzae acquired in laboratory could not keep the same level in fields as it did indoors. It reduced to some extent. On the contrary, the resistance of Pyricularia oryzae strains isolated from fields was more stable.When several forms of Tricyclazole with different mechanisms were applied for the control of resistant Pyricularia oryzae, good control effects were achieved.

1981—1987年作者进行了稻瘟病菌Pyricularia oryzae抗药性研究。结果表明:玉溪、蒙自草坝、西双版纳良种场等地的稻瘟菌,对EBP、IBP已明显产生抗药性。并证实扰EBP的稻瘟菌,对IBP、EDDP、FuJi-1也有交互抗性。从而提出必须尽快控制抗性的发展。建议防治叶瘟可在IBP、EDDP、Fuji-1中任选1种,如用IBP,就避免用Fuji-1,防治穗颈瘟,宜用Tricyclazole,且每年限用1—2次。另外,在室内还用EBP诱导抗性菌成功。且发现室内获得的抗性菌,在田间接种后,抗性会有不同程度的下降缓解。相反,田间分离到的抗性菌,接种后抗性表现较稳定,下降缓解不显著。当换用杀菌机制不同的Tricyclazole进行防治,抗性菌接种区仍能取得较好的防治效果.

232 straians of Botrytis collected from the vegetable strawberry. fruit, flower and other plants in Jangsu and other provinces in 1987-1990were tested. The strains tested belong to four species: B. cinerea, B. fabae, B. squamosa, B. paeoniae. It was found that Ec50 of sensitive Botrytis of the same species from the same plants was little different. the serious fungicide resistance of Botrytis from strawberry. fruit vegetable and flower to benzimidazoles was discovered. The resistant frequency was high....

232 straians of Botrytis collected from the vegetable strawberry. fruit, flower and other plants in Jangsu and other provinces in 1987-1990were tested. The strains tested belong to four species: B. cinerea, B. fabae, B. squamosa, B. paeoniae. It was found that Ec50 of sensitive Botrytis of the same species from the same plants was little different. the serious fungicide resistance of Botrytis from strawberry. fruit vegetable and flower to benzimidazoles was discovered. The resistant frequency was high. Once the Botrytis developed the resistance to MBC, it will appear the resistance to every member of the benzimidazoles; There is no cross ressistance with procymid one. It was also discovered that the inspiration density of the resistant strains decreased a little, while those of the sensitive strains were severely restricted.

对灰霉病菌232个菌株进行多菌灵抗药性测定,发现每类作物上采集的同一种类灰霉病菌其敏感菌的Ec50差异不大,草莓、果树、蔬菜、花卉上采集的灰霉病菌已对多菌灵产生了严重的抗药性,抗性频率很高。灰霉病菌对多菌灵产生抗药性后,对苯丙咪唑类的其它成员都产生抗药性,而与速克灵无交互抗药性。抗性菌株在有药情况下,呼吸强度降低很少,而敏感菌株的呼吸则受到强烈抑制。

232 straians of Botrytis collected from the vegetable strawberry.fruit,flower and other plants in Jangsu and other provinces in 1987-1990were tested.The strains tested belong to four species:B.cinerea,B,fabae,B.squamosa,.B.paeoniae.It was found that Ec50 of sensi- tive Botrytis of the same species from the same plants was little different the serious fungicide resistance of Botrytis from strawberry.fruit vegetable and flower to benzimidazoles was discovered.The resistant frequency was high.Once the Botrytis...

232 straians of Botrytis collected from the vegetable strawberry.fruit,flower and other plants in Jangsu and other provinces in 1987-1990were tested.The strains tested belong to four species:B.cinerea,B,fabae,B.squamosa,.B.paeoniae.It was found that Ec50 of sensi- tive Botrytis of the same species from the same plants was little different the serious fungicide resistance of Botrytis from strawberry.fruit vegetable and flower to benzimidazoles was discovered.The resistant frequency was high.Once the Botrytis devel- oped the resistance to MBC,it will appear the resistance to every member of the benzimidazoles;There is no cross ressistance with procymid one.It was also discovered that the inspiration density of the resistant strains decreased a little,while those of the sensitive strains were severely restricted.

对灰霉病菌232个菌株进行多菌灵抗药性测定,发现每类作物上采集的同一种类灰霉病菌其敏感菌的Ec50差异不大,草莓、果树、蔬菜、花卉上采集的灰霉病菌已对多菌灵产生了严重的抗药性,抗性频率很高。灰霉病菌对多菌灵产生抗药性后,对苯丙咪唑类的其它成员都产生抗药性,而与速克灵无交互抗药性。抗性菌株在有药情况下,呼吸强度降低很少,而敏感菌株的呼吸则受到强烈抑制。

 
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