pebrine
英
美
（法）蚕微粒子病
双语例句
- By applying the theory of probability to the collective inspection of mature egg pebrine, we have reported the relationship between the number of pebrine eggs and that of pebrine collectivity.
用概率理论给出了在成品卵微粒子病集团检验时，有毒卵数与有毒集团数之间的关系。 - Studies on the inspection method for silkworm pebrine by PCR and development of the diagnosis kit
家蚕微粒子病PCR快速检测技术研究及诊断试剂盒的研制 - Preparation of Immunology Rapid Test Strip for Pebrine Disease
家蚕微粒子病免疫学快速检测试纸条的研制 - Analysis on the Prevalent Law of the Silkworm Pebrine Disease in Guangdong Province
广东省家蚕微粒子病流行规律的分析 - A mass of noises and small impurities were filtered by morphology filtering method and the preparatory separation of pebrine with impurities was realized.
用形态筛选法去掉了大量噪声及小杂质，实现了微粒子与杂质的初步分离； - Analysis of the Prevalence of the Pebrine Disease of the Silkworm With the Methods of Key Years
用关键年法分析家蚕原种微粒子病发病规律 - In this paper, the pebrine infection of mother moth from 4 927 farmers of 478 batches in parent silkworm rearing area was made statistical analysis.
对478个农村原蚕批的4927个农户母蛾微孢子带毒状况做了统计分析。 - Transovarial transmission is the main cause for infecting silkworm pebrine.
胚种传染是桑蚕微粒子病的重要传染途径。 - The Improved-sampling Plan About the Pebrine Collective Inspection of Bombyx mori Eggs
家蚕成品卵微粒子病集团检验改进抽样方案 - The composition change of blood protein is caused by pebrine protozoa parasitism and multiplication.
血淋巴蛋白质组分的变化，是微粒子原虫在蚕体内寄生与增殖所致。 - First of all, the problem of group inspection of silkworm pebrine is analysed in this paper.
本文首先对家蚕微粒子病分组检验问题进行了剖析； - The Application of Image Processing for Pebrine Detection
计算机图像处理技术在家蚕微粒子病识别中的应用 - Investigation of Resistance Against the Pebrine Disease for Resources of the Silkworm, Bombyx mori
家蚕品种资源对微粒子病的抗性调查 - Studies on pebrine infection in silkworm Bombyx mori
对家蚕微粒子病感染规律的研究 - Research on Image Recognition Technique for Pebrine in Silkworm
家蚕微粒子病的图像识别技术研究 - Based on a general analysis of distribution of pebrine in batch of parent silkworm rearing area, we put forward this scheme, including incorporative inspection and separate inspection.
在全面分析农村原蚕微粒子病批内分布状况的基础上，提出了农村原蚕分户制种微粒子病抽样检查方案，包括并户检查和分户检查两个步骤。 - Preliminary Studies on the Application of PCR Diagnosis on the Silkworms Eggs and Moths With Simulated Pebrine Disease Infection
模拟感染家蚕微粒子病的蚕卵、蚕蛾PCR检测的初步研究 - Study on Pebrine Inspection for Household Breeding in Parent Silkworm Rearing Area
宋涛带你走进蚕境农村原蚕分户制种微粒子病检疫方法的研究 - Image Analysis for Shape Properties of Pebrine in Chinese Silkworm
家蚕微粒子病的图象形状特征分析 - The occurrence and epizootic of the pebrine were investigated in silkworm hybrid eggs production on different area and year.
对杂交蚕种生产中的家蚕微粒子病发生和流行情况进行了数量统计分析。 - Study on the infectivity of pebrine silkworm moth
蚕蛾鳞毛和蛾尿的微孢子虫感染及其传染性 - Serological Diagnosis of Pebrine in Oak Silkworm& Methods of Slide Agglutination and SPA
柞蚕微粒子病血清学诊断的研究&玻片凝集法及SPA法 - An Application of Group Inspection Method in Silkworm Pebrine Inspection
分组检验法在家蚕微粒子病检查中的一个应用 - Relation Between Wild Insects and Pebrine Disease Control
野外昆虫与蚕种生产中的微粒子病防治 - It is very Important to sample the female moth, technical treatment and supervision for the control of pebrine disease in the silkworm egg production.
做好制种过程中母蛾检查的抽样和技术处理及管理工作，是微粒子病防治的重要一环。 - Glutaric dialdehyde was used as cross-linking agent for coupling enzyme to pebrine spore antibody protein.
用戊二醛简易法将辣根过氧化物酶与抗体蛋白交联，制成酶联免疫抗体。 - In this way, the weather conditions, geographical position, economic and artificial activity are all the factors which influences the pebrine disease prevelence.
影响微粒子病流行波动的因素有气候、地理方面的，也有经济和人为的因素。 - Pebrine is devastating for sericulture industry, and the economic losses caused by the disease in China are up to millions of yuan annually.
家蚕微粒子病对养蚕业是一种毁灭性病害，我国每年因微粒子病和带毒种造成的直接经济损失高达上千万元。 - The research on spore wall proteins is helpful to explain infective mechanism and provide a tool to prevent pebrine.
家蚕微孢子虫孢壁蛋白的研究有助于阐明微孢子虫的侵染机制，从而可以为微粒子病的防治提供作用靶标。 - In this study, we prepared monoclonal antibodies ( MAbs) against N. bombycis and investigated the application of this antibody to rapid detection of silkworm pebrine.
本研究就是以快速检测家蚕微粒子病为实验目的，制备家蚕微孢子虫的单克隆抗体，并初步探讨抗体在家蚕微孢子虫的快速检测上的可能应用。