DNA immunization is one of the stratigies in control of classic swine fever, a viral disease.
免疫防龋是目前龋病预防研究的热点之一。
This article summarizes the advantages, candidate antigens, combined immunization, immune mechanisms of DNA vaccine, and illustrates the problems and prospects of future researches on DNA vaccine.
该文概述了日本血吸虫DNA疫苗的优点、候选抗原、联合免疫、免疫机制及DNA疫苗存在的问题和展望。
Objective To investigate the immune response of mice primed by DNA particle bombing and boosted by immunization with replication-defective adenoviral recombinant bearing rabies glycoprotein gene.
目的研究联合运用狂犬病毒糖蛋白基因重组腺病毒与同一抗原核酸疫苗对小鼠的免疫效果。
There are many routes of DNA vaccine immunization, including intramuscular injection, intradermal injection, subcutaneous injection, gene gun immunization, mucosa immunization, and so on.
核酸疫苗的接种有多种途径，包括肌内、内、下注射途径、因枪免疫、膜免疫途径等。
Therefore, the intranasal route of immunization is a suitable route to induce mucosal immune responses after immunization with the DNA vaccine of Hantaan virus.
结论滴鼻免疫对特异的黏膜免疫激发作用明显优于皮肤划痕，疫苗的滴鼻免疫途径较皮肤划痕有着明显的优势。
Therefore, the intranasal route of immunization is a suitable route to induce mucosal immune responses after immunization with the DNA vaccine of Hantaan virus.
结论滴鼻免疫对特异的黏膜免疫激发作用明显优于皮肤划痕，疫苗的滴鼻免疫途径较皮肤划痕有着明显的优势。
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