用间接血凝实验检测免疫动物血清中的破伤风抗体单位。
Detect the tetanus antiserum units of immunized animals by indirect hemagglutination assay.
常住育龄妇女各年龄组之间破伤风抗体阳性率、阳性TAT平均含量无显著差异。
There existed no significant difference in positive rate of tetanic antibody from groups of different ages or in the average level of positive TAT.
血清含有战胜某些病病菌的抗体，这类疾病包括猩红热和破伤风。
Serums contain antibodies that fight off the germs of certain diseases including scarlet fever and lockjaw.
以下免疫接种预防破伤风，免疫功能的任何个人是未知的，可以由测量抗体的血液中。
Following immunization against tetanus, immunity in any individual is unknown, and can be determined by measuring antibodies in blood.
结论：利用噬菌体抗体库技术筛选可得到与破伤风外毒素特异性结合的人抗破伤风类毒素基因工程抗体。
Conclusion: Human genetic engineering antibody, which is able to react specifically to tetanus toxin, is obtained through screening phage antibody library.
方法：测定破伤风类毒素聚乳酸微球免疫动物后1年中动物血清抗体反应及疫苗制剂的生物利用度。
Methods: The antibody levels elicited by microsphere formulations in mice for 1 year were examined, and the bioavailability of microsphere formulations was calculated.
对抗破伤风毒素人源单克隆抗体G2、G6、G2 +G6与精制破伤风抗毒素进行了中和效力比较试验。
The toxin neutralizing activity was detected by human MAbs G2, G6, G2+G6 and horse anti tetanus antitoxin.
对抗破伤风毒素人源单克隆抗体G2、G6、G2 +G6与精制破伤风抗毒素进行了中和效力比较试验。
The toxin neutralizing activity was detected by human MAbs G2, G6, G2+G6 and horse anti tetanus antitoxin.
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