多糖抗原

  • 网络polysaccharide antigen;LPS;Meningococcus A, purified polysaccharides antigen
多糖抗原多糖抗原
  1. 流感嗜血杆菌多糖抗原主要成分的分析

    Analysis of Essential Components of Hemophilus Influenzae Polysaccharide Antigen

  2. 其阳性率多糖抗原为93.33%,热稳定抗原为91.11%,粗抗原为95.55%。正常人血清的假阳性率分别为4.70%、3.77%和7.54%。

    It was found that to the proved patients , the positive rate of polysaccharide antigen was 93.33 % , thermo-stable antigen 91.11 % and crude antigen 95.55 % , and their false positive rates 4.70 % , 3.77 % , and 7.54 % respectively .

  3. B群链球菌荚膜多糖抗原的分离纯化工艺研究

    The isolation and purification of the capsular polysaccharide from group B streptococcus

  4. 探讨DNA佐剂对蛋白和多糖抗原的免疫增强作用。

    The immune enhancement of the DNA adjuvants to the antigens including protein and polysaccharide .

  5. 猪血细胞表面多糖抗原α-Gal与人ABO血型抗原的比较

    A comparison in antigen structure between porcine alpha-Gal and human ABO antigens

  6. ABC-ELISA检测血清曲霉多糖抗原

    Detection of Aspergillus Carbohydrate Antigen with ABC-ELISA

  7. O-多糖抗原(O-polysaccharide)是LPS的重要组成部分,能够突破宿主的免疫体系,诱发特异的免疫反应,O-多糖的特异性决定免疫反应的特异性。

    O-polysaccharide antigen is the important component of LPS . It could break through the immune system of host and induce the specific immunoreaction .

  8. 老年小鼠对肺炎双球菌多糖抗原低带耐受的抵抗性

    Resistance of the Low Dose Tolerance to Pneumococcal Polysaccharide Antigen in Aged Mice

  9. 3型肺炎球菌多糖抗原口服给药途径的效力研究

    Efficacy of oral immunization with serotype 3 pneumococcal polysaccharide

  10. 与主要外膜蛋白相比,多糖抗原在菌株间具有更大的异质性;

    Contrast to MOMP , PSA has more extensive heterogeneity among different Vibrio strains .

  11. [目的]分析3型肺炎球菌多糖抗原口服给药途径的有效性。

    [ Objective ] To study the effect of oral immunization with serotype 3 pneumococcal polysaccharide .

  12. 通过筛选和摸索制成了能牢固结合多糖抗原的胶乳试剂。

    By screening and trying different combining conditions , we prepared latex reagents which could firmly combine polysaccharide antigens .

  13. 猪链球菌根据其荚膜多糖抗原可分为35个血清型,其中2型是毒力最强、流行最广的血清型,是一种引起人畜共患病的重要病原菌。

    Thirty-five serotypes based on capsular antigens are currently known . Serotype 2 is the most virulent and prevalent type and can cause zoonosis .

  14. 目前针对这些抗原的疫苗研究主要集中在对蛋白抗原表位或多糖抗原表位的研究上,而对糖基在糖蛋白疫苗中的作用研究较少。

    Current researches about vaccines against these antigens were mainly focused on the antigen epitopes of proteins or polysaccharides , and seldom focused on the role of glycans played on glycoprotein vaccines .

  15. 分别制备了6种表面多糖偶联抗原的油佐剂亚单位疫苗免疫小鼠,并以同样的方式制备3种未偶联表面多糖、PBS疫苗做对照。

    And 3 unconjugated surface polysaccharides , PBS vaccine were prepared for control by the same method .

  16. PHA测定流脑A群荚膜多糖体抗原、抗体对鉴别化脓性脑膜炎、无菌性脑膜炎的临床意义

    Clinical significance of PHA method in detecting meningococcus group A antigen and antibody for d d from other suppurative menin (?) itis and aseptic meningitis

  17. 日本血吸虫成虫多糖循环抗原的免疫分析与酶联检示

    Immunological Characterisation and Detection of Circulating Polysaccharide Antigens of Adult Worms of Schistosoma Japonicum

  18. 本文将药用植物多糖作为抗原,探讨其对小鼠免疫功能调节的生物学功效,为多糖在免疫调节功能方面的应用开发提供科学依据。

    The botanic polysaccharides was used as antigen to explore the regulatory effects on immune in the test .

  19. 禽巴氏杆菌荚膜多糖-蛋白载体抗原的研究

    Studies on the carrier antigens of P.multocida capsular polysaccharide and tatanus toxoid conjugates

  20. 对于B群,不能开发出多糖疫苗,因其与人体神经组织中的多糖存在抗原模拟。

    For group B , polysaccharide vaccines cannot be developed , due to antigenic mimicry with polysaccharide in human neurologic tissues .