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New Insight on Fumigation Action of Essential Oil, Commercial Fungicide and Low Oxygen Microenvironment on Museum Mold, Alternaria alternata

机译:关于精油,商业杀菌剂和低氧微环境对博物馆模具的熏蒸作用的新洞察,alternaria alternata

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Fumigation has been the most convenient method in the field of pest control in museums. In this study, as fumigants, ethanol 70%, deltamethrin (commercial pesticide (CP)), essential oil (EO) from Pinus regida, and low oxygen microenvironment (0.1%, (LOM)) were tested individually and jointly against museum fungal strain Alternaria alternata. Three concentrations of each CP and EO were chosen for evaluating the individual effect. In the joint action fumigation process, three lower concentrations of CP and EO were tested in LOM. The rate of mycelia! growth inhibition at each fumigation process was determined by two steps: 1) directly after the fumigation process and 2) after 7 d of the inoculation of the fumigated spores in new medium and incubating it in normal condition. The results demonstrated that applying of each chemical (CP or EO) in LOM enhanced its fungicidal activity and that effect of EO improved from fungistatic to fungicidal by jointing with LOM.
机译:熏蒸是博物馆害虫控制领域最方便的方法。 在这项研究中,作为熏蒸剂,乙醇70%,来自Pinus Regida的溴氰菊酯(商业农药(商业农药(EO)和低氧微环境(0.1%,(LOM))进行单独测试,并共同对博物馆进行真菌菌株进行测试 alternaria alternata。 选择每种CP和EO的三种浓度进行评估。 在关节动作熏蒸过程中,在LOM中测试了三种较低浓度的CP和EO。 菌丝体的速度! 在每个熏蒸过程中的生长抑制在熏蒸过程中直接测定了两个步骤:1)在熏蒸过程之后,2)在新培养基中接种熏蒸的孢子并在正常情况下孵育。 结果表明,通过用LOM连接,施用LOM中的每种化学(CP或EO)增强其杀真菌活性,并且EO改善的效果改善于杀菌性对杀真菌。

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