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- Pebrine disease is a traditional and destructive disease in sericulture.The causative agent is Nosema bombycis. 家蚕（Bombyx mori）微粒子病作为传统养蚕业上一种既古老而又具毁灭性的传染性疫病，其致病病原为家蚕微粒子孢子（Nosema bombycis，简称N.;b）。
- The method for extracting Nosema bombycis DNA from Bombyx mori eggs infected with Nosema bombycis was studied to approach the feasible application of detecting through PCR. 摘要为促进用PCR法检测家蚕微粒子病的生产应用，对带毒蚕卵中的家蚕微孢子虫DNA提取方法进行了研究。
- Abstract: The method for extracting Nosema bombycis DNA from Bombyx mori eggs infected with Nosema bombycis was studied to approach the feasible application of detecting through PCR. 文章摘要: 为促进用PCR法检测家蚕微粒子病的生产应用，对带毒蚕卵中的家蚕微孢子虫DNA提取方法进行了研究。
- silkworm Bombyx mori Nosema bombycis 家蚕微孢子
- Analyses of small subunit ribosomal RNA sequence of the microsporidium, Nosema bombycis and its secondary structure 小亚基核糖体RNA全基因的克隆及其二级结构的构建
- Infection and proliferation of Nosema bombycis from single speckle of silkworm silk gland in insect cell 在昆虫细胞中的感染增殖观察
- Effects of FBS and Inactived Silkworm Hemolymph on the Development and Multiplication of the Nosema Bombycis in vitro 胎牛血清及热处理家蚕体液对家蚕微孢子虫体外增殖的影响
- Variation of Morphological Characteristic and Spore Surface Proteins of Nosema bombycis 交叉感染的孢子形态变化及表面蛋白差异
- Keywords Nosema bombycis;genome;gene duplication;phylogeny;transposable element; 家蚕微孢子;基因组;基因复制;转座子;系统进化;
- Nosema bombycis [医] 蚕小孢子虫
- Nosema bombycis Nageli 家蚕微孢子虫
- Nosema bombycis disease 家蚕微粒子病
- Keywords microsporidia;proteins;infectivity;Nosema bombycis;Endoreticulatus-like microsporidium;enterococci;morphological variation;two dimensional electrophoresis;spore purification;silkworm; 微抱子虫;蛋白质;侵染性;家蚕微抱子虫;内网虫属样微抱子虫;肠球菌;形态变异;双向电泳;抱子纯化;家蚕;
- A study of Nosema bombi infections in bumble bees,Bombus spp. 熊蜂微孢子虫感染熊蜂(Bombus spp.;)试验
- PATHOGENICITY OF NOSEMA SP. FROM CERACE STIPATANA WALKER TO BOMBYX MORI L. 龙眼裳卷蛾微粒子虫的发现和对家蚕的影响。
- We also found two nosema species, two other fungi and several bee viruses. 我们还发现了两种微粒子、其他两种真菌与一些蜜蜂病毒。
- Methods The 1H-NMR figerprints from Fructus Evodiae,Percarpium Zanthoxylum and Feculae Bombycis were compared. 方法比较吴茱萸和伪品花椒、蚕砂的1H-NMR指纹图谱的区别。
- The 1H-NMR fingerprints can be used to identify Fructus Evodiae,Pericarpium Zanthoxylum and Feculae Bombycis. 该方法特征性强,直观,易识别。
- The inhibition of EM on germination of Nosema apis in vitro was very strong,and the higher the concentration of EM the better effect of the inhibition. 第四部分探索了EM对蜜蜂微孢子体外发芽抑制作用,试验证明EM对蜜蜂微孢子体外发芽有较强的抑制的作用,浓度越高,抑制效果越好。
- The team will train in the cells and nematodes on trial, they found that nematodes Nosema is the natural host. 该研究团队将会在培植细胞和线虫上进行试验，他们发现，线虫是微孢子虫的天然宿主。
