首页> 外文期刊>European Journal of Horticultural Science >The in Vitro Effect of the Herbicide Basta (R) (Glufosinate Ammonium) on Potential Fungal Grapevine Pathogens
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The in Vitro Effect of the Herbicide Basta (R) (Glufosinate Ammonium) on Potential Fungal Grapevine Pathogens

机译:除草剂Basta(R)(草铵膦)对潜在真菌葡萄病原菌的体外作用

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摘要

Glufosinate ammonium-based herbicides are commonly used in commercial vineyards to control excessive growth of weeds. However, glufosinate ammonium also seems to have antifungal properties. Since recent reports indicate fungicidal activities also to grape pathogens, several fungal organisms putatively pathogenic to grapevine (Botrytis cinerea, Guignardia bidwellii, Penicillium expansum, Phomopsis viticola) were exposed to glufosinate ammonium in an in vitro assay. The herbicidal compound caused reduction of mycelial growth in a dose dependent manner. G. bidwellii was the most sensitive pathogen, and mycelial growth was reduced about of 80% when exposed to a 500 fold diluted solution of glufosinate ammonium normally applied to the field. As an interesting side effect, glufosinate ammonium nearly inhibited spore production in Penicillium expansum cultures when exposed to the same low concentration. Even though fermentation of must by yeasts may be affected due to residues attached to grapes, spray applications of glufosinate ammonium to the ground leading to a dispersal of small amounts to non-treated areas could help to reduce the built-up of secondary inoculum in the same season or primary inoculum for the following year.
机译:草铵膦基于铵盐的除草剂通常用于商业葡萄园,以控制杂草的过度生长。然而,草铵膦铵盐似乎也具有抗真菌特性。由于最近的报道表明对葡萄病原体也具有杀真菌活性,因此在体外测定中,一些可能对葡萄具有致病性的真菌生物(灰葡萄孢(Botrytis cinerea),吉格纳迪亚比德韦利(Guignardia bidwellii),扩张青霉(Penicillium expansum),葡萄小孢子(Phomopsis viticola))在体外进行了草铵膦暴露。该除草化合物以剂量依赖性方式引起菌丝体生长的减少。 G. bidwellii是最敏感的病原体,暴露于通常应用于田间的草铵膦铵盐的500倍稀释溶液中时,菌丝体生长减少了约80%。作为有趣的副作用,草铵膦铵盐暴露于相同的低浓度时,几乎能抑制扩张青霉培养物中的孢子产生。即使由于葡萄的残留物可能会影响酵母发酵葡萄汁,但将草铵膦铵盐喷洒到地面上导致少量散布到未经处理的区域,可能有助于减少二次接种物在土壤中的积累。相同的季节或次年的主要接种物。

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