microbial pesticide 中文意思是什麼
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D - amino acids as unnatural chiral products are important intermediates in the synthesis of products, such as - lactam semisynthetic antibiotics, antiviral agents, artificial sweeteners, pesticide, peptide hormones, and pyrethroids, etc. though bioconversion of d - amino acids using microbial cells has been realized in industrialization for decades, some limited factors hinder the development of d - amino acid production, and ultimately result in shortage of the raw material in the related industrial fields
目前，用微生物菌體轉化生產d -型氨基酸的工藝路線已經產業化，但天然菌體轉化工藝存在一些限制因素，阻礙了d -型氨基酸的擴大生產，導致產品短缺。因此，利用基因工程菌生物轉化d -型氨基酸已成為世界氨基酸產業的新潮流。 -
The research interests of this group include : aborvirus diagnosis technology development and the interaction of aborvirus and mosquitoes, entomopathogenic bacteria and insecticidal gene resources, microbial genomics and comparative genomics, insecticidal proteins and their mode of action, construction of engineering strains with higher toxicity and wider active spectrum, production, standardization and the application of bio - pesticide and other microbial agents, resistance mechanism in target insects and the resistance management
重點研究登革熱病毒、乙型腦炎病毒和西尼羅病毒的快速檢測及病毒與宿主的相互作用關系，蚊蟲病原微生物菌種及其基因資源，微生物基因組學和比較基因組學，殺蚊毒素蛋白特性和作用方式、殺蚊細菌的遺傳改良和工程菌株的構建，新型細菌殺蚊制劑的研製及野生型和重組微生物對環境的安全性評估等，發展新的生物防治技術，建立和完善以生物防治為主的蟲媒病毒媒介蚊蟲綜合防治體系。 -
Microcapsule technology and application prospects of microbial pesticide
微生物農藥微膠囊技術及其應用前景 -
But there is no reports of the long term organophosphate pesticides contamination on soil microorganisms. more over, in general, the effect of pesticide on soil microbial communities has often been studied by conventional methods based either on cultivation techniques or on metabolic activities
關于有機磷農藥長期污染對土壤微生物的影響還未見有報道，而且，一般研究殺蟲劑對土壤微生物的影響，都是採用傳統的分離培養或測定代謝活力的方法。 -
Comparation methods on acute pathogenic test of microbial pesticide
微生物農藥小鼠急性致病性實驗方法的比較 -
Therefore, there will be good applied prospects in the development and utilization of effective microorganisms, microbial pesticide, microbial food, microbial fodder, environmental hormone and bioremediation technology
因此，加強以微生物肥料、微生物農藥、微生物食品、微生物飼料、環境激素和環境工程微生物等為核心的農業清潔生產技術的研究與開發利用將具有廣闊的應用前景。
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