1) inoculation
鹅胚接种
1.
The pathogen of goose plague in Guizhou province is studied by inoculation of goose embryo,artificial duplicating case,observation of electron microscope and genome and structural protein analysis.
采用鹅胚接种、动物感染、电镜观察及病原核酸与结构蛋白分析等方法对贵州省某养殖场疑似小鹅瘟病例进行了病原的分离与鉴定。
2) goose embryo
鹅胚
1.
To explore the antivirus effects of Isatis root polysaccharide(IRPS) against goose parvovirus(GPV),IRPS was used directly to mix with GPV in vitro assay and then the GPV were inoculated in to the goose embryos,and both IRPS and GPV were simultaneously inoculated in to the goose embryos in vivo assay for investigate the direct killing roles and infection interruption of IRPS against GPV.
在鹅胚内用板蓝根多糖(IRPS)作直接杀毒和阻断感染试验,对鹅胚尿囊液中小鹅瘟病毒(GPV)含量、鹅胚存活时间、存活率、病变和免疫组化进行测定。
补充资料：被动免疫接种
被动免疫接种
passive immunization
将免疫个体的抗体或已接触抗原的致敏淋巴细胞注入另一个未免疫机体使之获得免疫的方法。保护作用比自动免疫接种出现早，但维持时间短。例如用白喉抗毒素、破伤风抗毒素进行被动免疫；应用免疫血清球蛋白防治风疹、免疫缺陷等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。