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一种用于控制苹果和梨采后腐烂的新型杀菌剂。

A new post-harvest fungicide to control fruit rot on apple and pear.

作者信息

Vorstermans B, Creemers P, Bylemans D, Garnier A

机构信息

RSF-Royal Research Station of Gorsem, Sint-Truiden, Belgium.

出版信息

Commun Agric Appl Biol Sci. 2005;70(3):79-89.

PMID:16637162
Abstract

PHILABUSTER is a new post-harvest fungicide developed by Janssen Pharmaceutica N.V.. It provides an advanced mould control by post-harvest treatments of citrus and pome fruit. The product is formulated as a stable suspension concentrate intended for dilution in water before use. PHILABUSTER 400 SC contains 200 g/L imazalil and 200 g/L pyrimethanil. Both active ingredients have a different single site mode of action. Imazalil inhibits ergosterol biosynthesis (DMI), whereas pyrimethanil interferes with fungal enzyme secretion and methionine biosynthesis. Due to the combination of these low risk fungicides a good anti-resistance management can be obtained. In case of existing reduced sensitivity of a population to DMI or MBC fungicides, no cross-resistance with pyrimethanil was observed. PHILABUSTER showed good activity by post-harvest treatment against key pathogens on apple and pear Penicillium expansum (blue mold), Botrytis cinerea (gray mold) and Gloeosporium spp. (lenticel rot) in small and large scale experiments with artificial or natural infections. By dip treatment of large volumes of fruit (up to 50 tons) the depletion of both active ingredients in the treatment water was low, both when plastic or wooden bins were used. Lower dose rates resulted in an inferior and inconsistent residue level of both active ingredients on fruit. Possible advantages of post-harvest treatments versus field treatments for the control of storage diseases are discussed.

摘要

PHILABUSTER是杨森制药公司研发的一种新型采后杀菌剂。它通过对柑橘和仁果类水果进行采后处理来实现先进的霉菌控制。该产品剂型为稳定的悬浮剂浓缩液,使用前需用水稀释。PHILABUSTER 400 SC含有200克/升的抑霉唑和200克/升的嘧霉胺。两种活性成分具有不同的单作用位点作用模式。抑霉唑抑制麦角甾醇的生物合成(DMI),而嘧霉胺则干扰真菌酶的分泌和蛋氨酸的生物合成。由于这些低风险杀菌剂的组合,可以实现良好的抗药性管理。如果某一群体对DMI或MBC杀菌剂的敏感性降低,未观察到与嘧霉胺的交叉抗性。在小规模和大规模的人工或自然感染实验中,PHILABUSTER采后处理对苹果和梨上的主要病原菌扩展青霉(青霉)、灰葡萄孢(灰霉)和盘长孢属菌(皮孔腐烂)表现出良好的活性。通过对大量水果(高达50吨)进行浸蘸处理,无论使用塑料箱还是木箱,处理水中两种活性成分的消耗都很低。较低的剂量率导致两种活性成分在水果上的残留水平较低且不一致。文中讨论了采后处理与田间处理相比在控制贮藏病害方面可能具有的优势。

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