挥发油对侵染钮扣菇的枝状枝霉菌和白蜡真菌体外生长的影响

R. Górski, H. Dorna, Agnieszka Rosińska, D. Szopińska, A. Kałużewicz
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引用次数: 1

摘要

摘要本试验旨在研究骆驼草、薰衣草、广藿香、薄荷和茶树精油及其混合物对双孢蘑菇(Agaricus bisporus)培养过程中病原菌枝状分枝杆菌(Cladobotryum dendroides)和灰霉病菌(mycogo perniciosa)体外生长的影响。在PDA培养基上观察病原菌菌丝生长情况。精油按三种剂量添加:0.25;0.5、1mg·cm-3 PDA培养基。最高剂量的骆驼草和薄荷精油完全抑制了树突线虫菌丝体的体外生长。薰衣草精油用量为1 mg·cm-3时,病原菌的生长速度降低90%。在PDA培养基中添加骆驼草油(不论剂量)和薰衣草油(0.5和1 mg·cm-3)均能完全抑制perniciosa病原菌的生长。所试混合药剂对黑僵菌的防治效果较高。一般来说,所有精油的混合物,无论剂量多少,都能完全控制病原体的生长。只有在添加了最高剂量的骆驼草和薄荷油的混合物的培养基上,才能观察到对石斛生长的完全抑制。研究表明,天然精油具有抗真菌特性,可用于菌类病害综合防治。它们可能是合成化学杀菌剂的有效替代品。
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Effects of Essential Oils on in Vitro Growth of Fungi Cladobotryum dendroides and Mycogone perniciosa Infecting Button Mushroom
Abstract The aim of the studies was to investigate the effect of camel grass, lavender, patchouli, peppermint and tea tree essential oils, and their mixtures on the in vitro growth of pathogenic fungi Cladobotryum dendroides and Mycogone perniciosa, occurring in the cultivation of button mushroom (Agaricus bisporus). The mycelial growth of the tested pathogens was evaluated on PDA medium. Essential oils were added in three doses: 0.25; 0.5 and 1 mg·cm–3 of PDA medium. Camel grass and peppermint essential oils applied at the highest dose inhibited completely the in vitro growth of C. dendroides mycelium. Lavender oil used at the amount of 1 mg·cm–3 reduced the growth of the pathogen by 90 %. In the case of M. perniciosa the complete inhibition of the pathogen’s growth was observed after the addition of camel grass oil to PDA medium, irrespective of a dose, and lavender oil at the doses of 0.5 and 1 mg·cm–3. The efficacy of the tested mixtures against M. perniciosa was high. Generally, all mixtures of essential oils, irrespective of a dose, completely controlled the growth of the pathogen. The complete inhibition of the growth of C. dendroides was observed only on the medium with the addition of the mixture of camel grass and peppermint oils at the highest dose. The conducted research showed that natural essential oils due to their antifungal properties could be useful in the Integrated Disease Management for the protection of button mushroom against diseases. They could be an effective alternative to synthetic chemical fungicides.
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