immunodominant

网络  免疫显性; 免疫优势; 免疫显性的; 免疫反应阳性; 免疫优势性

医学



双语例句

  1. Our calculations predict that such a T-cell repertoire imposes strong immune pressure on immunodominant HIV epitopes and emergent mutants, thereby promoting efficient control of the virus.
    我们的计算预测,这种T细胞对于免疫优势的艾滋病毒抗原表位和急变株具有强大的免疫力,从而加强对病毒的有效控制。
  2. Objective: In order to purify and identify immunodominant antigens of Candida albicans for diagnosis of invasive candidiasis.
    目的:纯化和鉴定白念珠菌免疫显性抗原。
  3. Bacillus anthracis collagen-like protein ( BclA) is a structural component of the exosporium filaments, as well as the immunodominant antigen on the spore surface.
    炭疽杆菌芽孢外壁胶原样蛋白(BclA)是芽孢外壁发状菌丝的主要结构成分,也是芽孢的主要免疫原。
  4. Method: ( 1) Highly conserved immunodominant T cell epitopes were selected by biological informatics technology.
    研究方法:(1)通过生物信息学技术遴选高保守优势T细胞表位。
  5. The second immunodominant epitopes of HIV-1 gp41: efficient expression in E.coli
    HIV-1GP41第二优势表位簇在大肠杆菌中的高效表达
  6. Expression of chimeric antigen of HCV with multiple immunodominant epitopes in E. coli and its application for serological tests
    丙型肝炎病毒优势表位嵌合抗原在大肠杆菌中的表达及其在血清学检测中的应用
  7. Localization and characterization of partial immunodominant antigen epitopes of Trichinella spiralis
    旋毛虫部分抗原表位的识别与分析
  8. Molecular Design and Synthesis and Immunological Effect of Therapeutic Peptide Vaccine Against Cervical Cancer Based on Immunodominant Epitope
    基于CTL表位的宫颈癌治疗性多肽疫苗的分子设计、合成及免疫学效应研究
  9. Results SDS-PAGE and Western blot demonstrated that Echinococcus multilocularis immunodominant major surface antigen gene was highly expressed in E. coli.
    结果SDS-PAGE及WB分析显示泡球蚴主要表面抗原基因在大肠埃希菌内得到了高效非融合表达。
  10. Objective: To clone and express immunodominant fragment of glycoprotein G of HSV-2 ( FgG-2).
    目的:通过基因工程技术,克隆和表达单纯疱疹病毒2型糖蛋白G(HSV-2gG)基因的免疫优势表位片段。
  11. Effect of recombinant immunodominant major surface antigen of Echinococcus multilocularis in immunological assay for diagnosis of echinococcosis
    重组泡球蚴主要表面抗原在棘球蚴病免疫诊断中的效果
  12. Similarly, the major immunodominant regions on HA protein were determined according to the reactions of polyclonal antibodies with different HA1 protein fragments.
    同样方法,利用制备的多抗与表达的HA1各重叠肽段进行结合反应性分析,确定HA蛋白上的优势抗原区域。
  13. These results indicate a potential for the use of the two immunodominant mimotopes as candidate epitopes in the development of a novel infectious coryza vaccine.
    结果提示,鉴定出的副鸡禽杆菌的2个免疫优势模拟表位可作为候选表位,具有研制与开发鸡传染性鼻炎新型疫苗的潜力。