1.
Objective] To observe the immunological effect of intramuscular cholera vaccine.
目的观察肌内注射霍乱疫苗的免疫学效应。
2.
The researchers say the experimental cholera vaccine produced reactions in the immune system and in areas of mucosal tissue.
研究者称霍乱疫苗在免疫系统及粘膜组织发生反应。
3.
But research in Japan may lead to rice plants that contain a cholera vaccine that does not need to be kept cold.
但在日本的研究可以使稻谷种植包含一个不需要冷藏的霍乱疫苗。
4.
Study on the prophylaxis against ETEC diarrhea by locally produced oral cholera vaccine
国产口服重组B亚单位/菌体霍乱疫苗对ETEC腹泻预防作用的研究
5.
A Safety Assessment on Adverse Reaction of Recombinant B-subunit/Inactivated Whole Cell Oral Cholera Vaccine Among Non-infected Population
自然人群口服重组B亚单位/菌体霍乱疫苗现场安全性评价
6.
Salmonellae Choleraesuis-mediated DNA and Its Immune Response against Classical Swine Fever;
猪霍乱沙门菌疫苗株介导的猪瘟基因疫苗及实验免疫研究
7.
Inactivated Oil Emulsion Binary Vaccine against Newcastle Disease and Fowl Cholera (Ⅳ)
禽霍乱-新城疫二联油乳剂灭活疫苗研究(Ⅳ报)——疫苗的田间试验
8.
Current Vaccine to protect against must be kept in cold storage.
现在预防霍乱的疫苗必须在低温下保存。
9.
Preparation of an inactivated vaccine with microcapsule shape against fowl cholera by drying in liquid
液中干燥法制备微胶囊化禽霍乱灭活疫苗
10.
Development of Salmonella choleraesuis Al(OH)3-adjuvant inactivated vaccine and characterization of vaccination potency in swine
猪霍乱沙门氏菌铝胶灭活疫苗的制备与免疫效力试验
11.
Experimental Study on the Construction of Molecular Adjuvant DNA Vaccine of Cholera Enterotoxin Gene;
霍乱肠毒素基因分子佐剂DNA疫苗构建的实验研究
12.
Study on Triple Genetic Engineering Vaccine of Salmonella Enterica Serovar Choleraesuis and Swine Streptococcus
猪霍乱沙门氏菌—猪链球菌三联基因工程疫苗研究
13.
Construction and Preliminary Evaluation of a Vibrio Cholerae Serogroup O139 Vaccine by Genetic Engineering
O139群霍乱弧菌基因工程减毒活疫苗株构建及初步评价
14.
Characterization of attenuated Salmonella C500 strain with a Δasd mutant and use as an Asd~+ balanced-lethal host-vector system
猪霍乱沙门氏菌ΔasdC500株的生物学特性及作为活疫苗表达载体的应用
15.
" However, the antigens found in and on the microorganisms can still stimulate the formation of antibodies. Examples of this type of vaccines are those that fight influenza, typhoid fever, and cholera."
但是在微生内部及外部发现的抗原仍能刺激抗体的形成。这类疫苗有抗流感、伤寒和霍乱的疫苗。
16.
The reports says the vaccine was not destroyed by stomach acid instead, the animals developed antibodies against the cholera toxin.
报告表明，疫苗并没有被胃部的消化酸所破坏，反而，老鼠们提高了机体对于霍乱毒素的免疫力。
17.
Study on Mucosal Bivalent Vaccine Against Both Type O and A FMDV Utilizing Cholera Toxin B Subunit as Adjuvant;
以霍乱毒素B亚基为佐剂开发AO型口蹄疫双价粘膜多肽疫苗的研究
18.
Report says the vaccine was not destroyed by the stomach acid, instead the animals developed anti-bodies against the cholera toxin.
报告表示，这种疫苗不会被胃酸所毁坏，而且动物体内会产生霍乱抗体。