口服疫苗

自从发明了口服疫苗后，令人痛苦的伤寒疫苗注射就成为了过去。

Painful typhoid injections are a thing of the past , thanks to the introduction of an oral vaccine

一个有效的ETEC口服疫苗必须能够激起抗定居以及抗毒素两方面的免疫反应。

An effective ETEC oral vaccine can evoke responses of anti-colonization and anti-toxin .

结论B亚单位／全菌体口服疫苗在小鼠试验中安全性及免疫原性良好。

Conclusion The subunit B / whole cell vaccine showed good safety and immunogenicity in mice .

以减毒鼠伤寒沙门氏菌为载体的重组HBsAg口服疫苗构建与鉴定

Construction and Identify of Recombinant Attenuated Salmonella typhimurium Orally HBsAg Vaccine

禽流感病毒H5N1是可以直接感染人类的甲型流感病毒，发展植物源口服疫苗是疫苗研究的方向之一。

H5N1 , a novel avian influenza virus , can infect human directly .

结论：由AB加免疫佐剂组成的口服疫苗，不仅有预防HPylori感染的作用，同时也有根除已感染的HPylori的作用.AB可用于HPylori疫苗的研制。

CONCLUSION : The vaccine consisting of adhesin conservatory region and adjuvant is not only effective in the prevention , but also in the treatment of H pylori infection .

狂犬病病毒口服疫苗株SRV9全长基因质粒的构建

Structure of Full-length Plasmid of Rabies Virus Oral Vaccine Strain SRV_9

口服疫苗能诱导肠粘膜产生局部抗体，阻止致病性大肠杆菌的粘附，进而预防PWD。

Oral vaccine could induce antibodies produced in local mucosal , prevent E.coli adhere to intestinal epithelium , thereby prevent PWD .

Hyl有可能作为预防屎肠球菌口服疫苗的候选抗原。

The recombinant Hyl fusion protein could be used as an oral vaccine candidate antigen for prevention of E. faecium .

弓形虫P30乳酸球菌口服疫苗鼠体内的实验研究

Study of immune response in mice with oral vaccination of recombinant lactococcus lactis expressing P 30 Of Toxoplasma gondii

从分子水平认识K88菌毛及其受体的生物学特性，对口服疫苗的研制具有重要意义。

To study the biological characteristics of K88 and its receptors at molecular level was important to develop oral vaccine .

番木瓜ESAT-6转基因植株的获得，为进一步的结核病植物口服疫苗的免疫研究和新型抗结核疫苗的研制与开发奠定了基础。

These transgenic plants will provide new material for the development of edible oral vaccines and the production of new effective vaccine of anti-tuberculosis .

含VP2的秋蚕蚕血冻干制成口服疫苗，隔天喂服18日龄非免疫鸡。

Non immunized 18 day old chickens were fed on the oral vaccine every other day . Serum samples from the immunized chickens were harvested .

目的探讨制备脂质体包裹重组幽门螺杆菌过氧化氢酶（Kat）口服疫苗的方法，并用Hp感染的小鼠模型评价其在预防Hp感染中的作用。

To prepare the oral liposome-encapsulated vaccine with the recombinant catalase protein ( Kat ) of Helicobacter pylori ( Hp ) and to investigate its effect in a Hp-infected mouse model , the recombinant vector pET-22 ( + ) / Kat was transformed into E.

壳聚糖微球作为口服疫苗载体的应用

The application of chitosan microspheres as the potential carrier for oral vaccine delivery

致病性大肠杆菌微胶囊口服疫苗的制备及对其免疫功能的评价

Preparation of the Oral Microencapsulated Vaccine of Escherichia coli and Its Immunological Function

鸡球虫微囊型口服疫苗免疫效果的初步研究

Primary Studies on the Immunity Efficacy of Oral Anticoccidial Micro-vesicle Vaccine for Chickens

脊髓灰质炎通过粪-口接触传播，可通过口服疫苗预防。

Polio is spread by faecal-oral contact and can be prevented by an oral vaccine .

科学家说，这种新的口服疫苗已经证明能有效地在小鼠身上产生抗体。

Scientists say the new oral vaccine has proven effective in producing antibodies in mice .

本研究对于开发腹泻转基因苜蓿口服疫苗具有重要意义。

It is of great significance for the research of transgenic alfalfa vaccine against ETEC .

疟疾植物口服疫苗的研制

Study on plant-derived malaria oral vaccine

初步数据显示，45%以上的人服用了4剂或4剂以上的脊髓灰质炎口服疫苗。

Preliminary data suggests > 45 % had four or more doses of oral polio vaccine .

利用转基因技术构建植物生物反应器，生产口服疫苗是目前新兴的研究领域。

It is a new field to produce animal edible vaccines by means of transgenic plants .

结论：本方法为制备口服疫苗微球的最佳制备工艺。

CONCLUSION : The established technique is the optimal choice for preparation of oral vaccine micro-spheres .

减毒鼠伤寒杆菌为载体的幽门螺杆菌尿素酶口服疫苗的制备

Construction of an oral vaccine of Helicobacter pylori urease subunit B with attenuated Salmonella typhimurium as vector

植物性口服疫苗研究进展

Producing Edible Vaccines in Plants

利用天然阳离子聚合物壳聚糖提高有效性的口服疫苗微球的研究

Study on Microspheres to Improve the Effectiveness of Vaccine by Oral Administration Based on Natural Cationic Polymer-chitosan

转基因蔬菜口服疫苗

Oral Vaccine with Transgenic Vegetable

本试验结果表明猪回肠炎口服疫苗能有效预防猪增生性肠炎。

The results of this experiment shows that the swine ileitis oral vaccine can effectively prevent the PPE .

口服疫苗

A vaccine for drink