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首页> 外文期刊>Journal of pesticide science >Biological properties of flutianil as a novel fungicide against powdery mildew
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Biological properties of flutianil as a novel fungicide against powdery mildew

机译:FlutiInil作为针对粉末状霉菌的新型杀菌剂的生物学特性

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Flutianil, chemically characterized as a cyano-methylene thiazolidine, showed antifungal activity against powdery mildew onvarious crops but not any other plant pathogens tested. Flutianil showed high residual and translaminar activities and rainfastness against Podosphaera xanthii. It also exhibited curative activity against P. xanthii on cucumber at an extremely low concentration of 10mg/L. There was no cross-resistance between flutianil and other existing fungicides. Morphological studies revealedthat flutianil did not inhibit the early infection behavior of Blumeria graminis f. sp. hordei i.e., conidium bursting, primary andappressorial germinations, appressorium development and hook formations, but it did inhibit haustorium formation and furtherfungal development. Nutrient absorption by haustoria and subsequent secondary hyphal elongation was inhibited by flutianilbut not by the fungicide that showed a similar inhibitory pattern up to the haustorium formation stage of the infection process.These findings suggest that flutianil might have a novel mode of action.
机译:FlutiaIl,化学表征为氰基甲基噻唑烷,显示出对粉末状霉菌的抗真菌活性,但没有任何其他植物病原体。 FlutiiAlil显示出高的残余和翻译活动和针对Podosphaera Xanthii的雨速度。它还以极低浓度的10mg / L在黄瓜上表现出对P. Xanthii的疗效。 FlutiaIl和其他现有杀菌剂之间没有交叉抵抗。揭露弗劳蒂尼尔的形态学研究没有抑制Blumeria Graminis F的早期感染行为。 sp。 HORDEI I.E.,康涅狄格突发,原发性和繁殖萌发,孕产量和钩形形成,但它确实抑制了海芥末形成和进一步的发育。通过荧光菌(NutiAlbut)抑制了通过Haustoria和随后的次级悬腿伸长率的营养物吸收,而不是由杀菌剂显示出类似的抑制模式,该杀菌剂达到感染过程的海氧化性形成阶段。表明FlutiInil可能具有新的行动方式。

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