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- Opalina spiralis 螺旋扁纤毛虫
- The mechanisms of the compensatory growth of V. spiralis were discussed. 并初步探讨了水生植物受损后的补偿生长机理。
- Objective In order to understand the epidemic-feature and extent of injury of Trichinella spiralis in Hubei Province. 目的摸清湖北省人体旋毛虫病的感染与分布特征以及对人体的危害现状。
- Concltusion Mainly in the diaphrage,we fail to find any lorra trichinella spiralis in inside organs. 结论：旋毛虫主要寄生于横纹肌内，以膈肌最为多见，在各内脏器官中均未查见幼虫。
- Objective: To test the trichinella spiralis antibody from the infected guinea pigs. 目的探索检测旋毛虫病抗体的简便易行方法。
- This paper reported one case of Trichinella spiralis infection by eating air-dry raw mutton. 本文报道了因生食风干羊肉致旋毛虫感染1例。
- Average turion size of V. spiralis in Liangzi Lake increased with depth range from 2cm to 30cm in silt. 苦草鳞茎在梁子湖的垂直分布深度与其大小呈显著正相关；
- Objective:To study the methods of separating body cell of Trichinella spiralis and the examination of its vigor. 目的:探讨旋毛虫体细胞分离的方法和活性检测。
- Objective To investigate the epidemic tendency and distribution of trichinella spiralis in Hubei. 目的了解旋毛虫病在湖北省的流行程度和分布规律。
- Abstract： Animals and humans could be dangerously infected by Trichnella Spiralis. 摘 要： 旋毛虫可感染多种动物和人，危害严重。
- Newborn larva (NBL) antigens of Trichinella spiralis were analysed by Immuroblot,and were comparied with the adult and muscle larva antigens. 利用免疫印迹法分析了旋毛虫的新生幼虫(NBL)抗原,并与旋毛虫的成虫和肌肉期幼虫抗原加以比较。
- The cDNA library of adult and newborn larvae of Trichinella spiralis was screened by a probe T54 from NBL subtracted cDNA library. 用旋毛虫新生幼虫差减cDNA文库中的T5 4克隆作为核酸探针 ,对旋毛虫成虫和新生幼虫混合cDNA文库进行筛选 ,获得 1个全长 14 6 4bp的cDNA分子。
- Methods The ES antigens (ESA) of Trichinella spiralis muscle larvae cultured in vitro at 18 h and 30 h were analyzed by SDS-PAGE and Western blotting. 方法 应用SDS PAGE和Western印迹对旋毛虫肌幼虫体外培养 18、3 0h后的ES抗原中的蛋白组分进行研究。
- Newborn larvae antigens of Trichinella spiralis have better immunogenicity,which can induce an obvious immune protection against T.spiralis. 旋毛虫新生幼虫抗原具有很好的免疫原性,有明显的抗旋毛虫保护性免疫作用。
- Objective:To investigate and observe the reasonable quantity of encysted larvae of Trichinella spiralis for small white mouse infection. 目的:建立小白鼠的旋毛虫病模型,观察研究小白鼠经口感染旋毛虫的合适感染量。
- Objective To find out the specific diagnostic antigens in excretory-secretory (ES) products from muscle larvae of Trichinella spiralis. 目的寻找旋毛虫肌幼虫排泄分泌(ES)物中的特异性诊断抗原。
- Besides, Vallisneria spiralis L. and Canna had no significant difference in removal efficiencies of N and P in both lab experiment and field test. 在实验与现场条件，美人蕉与苦草对总氮和总磷的去除率之间没有显著差异。
- The natural infection rates of A. cantonensis, Strobilocercas fasciolaris, C. hepatica and T. spiralis are 17.37%, 16.95%, 1.27% and 0 respectively. 不同鼠种中褐家鼠的寄生虫感染率最高(66.;00%25)，感染的寄生虫种数亦最多，黄胸鼠次之(35
- Objective To explore the methods for separating somatic cells of Trichinella spiralis and the determination of their activity. 目的探讨旋毛虫体细胞的分离方法和活性检测。
- One week after the final immunization all treatment groups were challenged with 130 infective T. spiralis muscle larvae. 最后一次免疫后间隔1周每鼠攻击感染130条感染性肌幼虫,攻击感染后1周剖检成虫、新生幼虫,攻击感染后35天剖检肌幼虫。
