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首页> 外文会议>Symposium on Biological Control in The Tropics >VIABILITY OF PAECILOMYCES FUMOSOROSEUS (WISE) CONIDIA STORED IN PALM OIL AND ITS DERIVATIVES
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VIABILITY OF PAECILOMYCES FUMOSOROSEUS (WISE) CONIDIA STORED IN PALM OIL AND ITS DERIVATIVES

机译：Paecilomyces Fumosoroseus（明智）分类的可行性储存在棕榈油及其衍生物中

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摘要

The viability of Paecilomyces fumosoroseus (Wise) conidia formulated in palm oil and its selected derivatives stored for two and eight weeks at 4°C and 25°C was evaluated in the laboratory, Vesawit~R oil gave spore germinations of 95.5% and 88,5% after 2 and 8 weeks respectively and was a better medium for storage of conidia compared with the oleochemical CE 1618 and CE 1897. The POME and PKOME were not suitable for storage as no germination of conidia was obtained. The viability of the conidia stored in Vesawit~R oil at 4°C and 25°C showed no significant difference. Biological pesticide presents an alternative mean of pest control that could reduce dependence on chemical pesticides. Entomogenous fungi particularly members of Deuteromycetes suchas Paecilomyces and Beauvaria have the potential to substitute chemical insecticides and have been shown to produce good control of insect pests of crucifer (Ibrahim and Low, 1993). Almost in all cases, the entomopathogenic fungi have to be applied immediately following sporulation. There is a need to formulate these fungi so that they could be stored and used when the need arises. Oil has been found to be a suitable material for storage of the spores (Bateman et al, 1993). However, the use of oleochemicals as the media for storage is still new. The objective of this study is to evaluate the suitability of oleochemical oils for storage of the spores.
机译：在实验室中评估了在棕榈油中制定的棕榈油及其选定衍生物在4°C和25°C的选定衍生物中的福尼索菌（WISE）分类的可行性在实验室中评估了孢子发芽95.5％和88的孢子萌发，与油化学CE 1618和CE 1897相比，分别在2和8周后5％，是一种更好的培养物，用于储存分类和CE 1897.POME和PKOME不适合存放，因为没有分类的萌发。在4°C和25℃下储存在VESAWIT〜R油中的分类的可行性显示出没有显着差异。生物农药呈现出可害虫控制的另一种含义，可以减少对化学杀虫剂的依赖。 EntoMoyous Fungi特别是Deuteromycetes的成员如佩西莫胺和博比亚有可能替代化学杀虫剂，并且已被证明可以良好地控制昆虫害虫（Ibrahim和Low，1993）。几乎在所有情况下，必须在孢子后立即施加昆虫致病真菌。需要制定这些真菌，以便在需要时可以存储和使用它们。已发现油是孢子储存的合适材料（Bateman等，1993）。但是，使用油化学物质作为存储媒体仍然是新的。本研究的目的是评估油化学油对孢子储存的适用性。

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