Compared with chemical pesticide and microbial pesticide, it has the unique superiority. 与化学农药相比,微生物农药有着不可比拟的优越性。
Bacillus thuringiensis Berliner is one of the most widely used microbial pesticide in the world at present. 苏云金杆菌是目前世界上生产量最大的一种微生物杀虫剂,广泛应用于农业生产实践中。
Study on Using Microbial Pesticide to Combat Alternaria in Dendrobium 利用活体微生物农药防治铁皮石斛黑斑病研究
Research and development trends of microbial pesticide formulations 微生物农药剂型研究发展趋势
Microcapsule technology and application prospects of microbial pesticide 微生物农药微胶囊技术及其应用前景
Study on microbial pesticide which can prevent and cure fusarium wilt of cucumber 防治黄瓜枯萎病的微生物农药的开发研究
Effect of Compound Microbial Pesticide on Controlling Dendrolimus spp. in Large Areas 复合微生物杀虫剂大面积防治松毛虫的效果
And microorganism has important function on degrading pesticide residues. Therefore, the technology of microbial degradation has turned into the organic production technology to remove pesticide residues. 而微生物在降解农药残留中具有重要的作用,微生物降解技术已成为去除农药残留的绿色生产技术。
A prospect to the development of microbial control and the industrialization of microbial pesticide in China were presented. 对我国微生物防治及微生物农药产业化的发展前景作了展望。
Research and Exploit Advances on Microbial Pesticide 活体微生物农药的研究与开发进展
Because of less negative effects and better environmental compatibility, microbial pesticides becomes a kind of trends and orientations in global pesticide development. 微生物农药因其副作用小、对环境兼容性好而日益成为全球农药发展的一种趋势和方向。
Microbial technology of reducing and dissolving pesticide remains 农药残留的微生物降解技术
Status of Microbial Pesticide Development 微生物农药发展概况
In the field of biopesticide, microbial pesticide has gradually become one of the most popular research realm, for its some advantages of abundant resource, fast growth, relatively simple genetic background and easy to be cultured. 现代生物农药领域中,微生物因其资源丰富、繁殖迅速、多样性显著、遗传背景相对简单以及培养方便的优点,己逐渐成为研究和开发的热点。
ORIGINAL SIN Microbial Pesticide 微生物源农药
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,加强以微生物肥料、微生物农药、微生物食品、微生物饲料、环境激素和环境工程微生物等为核心的农业清洁生产技术的研究与开发利用将具有广阔的应用前景。
Screening bio-active compounds from microbial metabolites is an important way of pesticide research and development. 从微生物次生代谢物中筛选生物活性物质是新农药研究与开发的一个重要途径。
The microbial pesticide of Bacillus thuringiensis ( Bt) was successfully used for pests control, as well as have made some progress in plant disease control. 苏云金杆菌制剂是目前应用最为成功的一类微生物杀虫剂,在防治植物病害方面也取得了一定的进展。
Wettable powder is the main type of microbial pesticide formulations in China. However, fewer studies were reported about the formulation, process optimization and scale up in microbial pesticide. 可湿性粉剂是我国微生物农药剂型的主要种类,但有关微生物农药可湿性粉剂配方及其加工工艺优化与放大方面的研究鲜有报道。
Microbial degradation was considered to the most reliable and efficient way, for microorganism playing a key role in the degradation process of organic phosphorus pesticide in envionment. 微生物是影响有机磷农药在环境中降解的最主要因素,因而微生物降解被认为是有机磷杀虫剂降解最可靠最高效的途径。