片语

DNA vaccine protective immunity性别特异性

Protective cellular immunity保护性细胞免疫

surface antigen protective immunity保护性免疫

protective immunity mechanism保护性免疫机制

immunity protective test免疫攻毒保护试验

cross-protective immunity交叉免疫保护性

long lived protective immunity长效免疫

英汉例句

• This article introduced the new developments on the study of protective immunity of T. spiralis newborn larvae antigens.

  本文介绍了旋毛虫新生幼虫抗原保护性免疫研究的新进展。

• Anti-idiotypic antibody NP30 was confirmed with protective immunity of both anti-infection and anti-pathology and may act as a vaccine candidate for schistosomiasis japonica.

  以上研究证明日本血吸虫单克隆抗独特型抗体np30具有较好的抗感染免疫和抗病免疫功效，可作为日本血吸虫病疫苗候选分子。

• Influenza viruses change very quickly and the match between the vaccine and the circulating virus is very important to give adequate protective immunity to vaccinated people.

  流感病毒变异很快，疫苗与现在流行的病毒的匹配程度对于接种人群能否获得足够免疫力非常重要。

• Therefore, a better understanding of the mechanisms that induce protective immunity to malaria infection will provide necessary and primary data for effective control malaria.

  因此，进一步阐明诱导抗疟保护性免疫应答的相关机制，无疑将为疟疾的有效控制提供必须的前提依据。

• The protective immunity of against T. spiralis infection was cellular immunity mainly, in cooperation with humoral immunity.

  抗旋毛虫感染的保护性免疫是由细胞免疫与体液免疫协同完成的。

• Objective To explore protective immunity effect against Capillaria hepatica infection induced by soluble egg antigen (SEA) in rats.

  目的探讨肝毛细线虫虫卵可溶性抗原(SEA)诱导保护性免疫的效果。

• CONCLUSION: Cellular immune response in the skin of the mice immunized with UV-attenuated cercariae might play an important role in the protective immunity against challenge infection.

  结论：提示皮肤组织的细胞免疫反应在血吸虫减毒尾蚴免疫的宿主抗攻击感染保护性免疫中起重要作用。

• The mechanism of its inducing protective immunity needs to be studied further.

  其诱导保护性免疫的机制尚待进一步研究。

• Mice infected with rodent malaria parasites may provide a valuable animal model for dissecting protective immunity against human malaria.

  啮齿类疟原虫感染小鼠为深入探讨抗人疟保护性免疫应答机制，提供了一种宝贵的实验动物模型。

• AIM: To observe the level of immune responses and protective immunity in mice induced by laser-irradiated Toxoplasma tachyzoites (LIT).

  目的：探讨激光照射弓形虫速殖子(LIT)的免疫保护力及其诱导的免疫应答水平。