中华实验和临床病毒学杂志
中華實驗和臨床病毒學雜誌
중화실험화림상병독학잡지
CHINESE JOURNAL OF EXPERIMENTAL AND CLINICAL VIROLOGY
2013年
3期
215-217
,共3页
刘林%张全福%李川%李建东%姜晓林%张福顺%芜为%梁米芳%李德新
劉林%張全福%李川%李建東%薑曉林%張福順%蕪為%樑米芳%李德新
류림%장전복%리천%리건동%강효림%장복순%무위%량미방%리덕신
布尼亚病毒科%酶联免疫吸附测定%荧光抗体技术%菌斑试验
佈尼亞病毒科%酶聯免疫吸附測定%熒光抗體技術%菌斑試驗
포니아병독과%매련면역흡부측정%형광항체기술%균반시험
Bunyaviridae%Enzyme-linked immunosorbent assay%Fluorescent antibody technique%Plaque assay
目的 建立基于核蛋白双抗体夹心ELISA滴定发热伴血小板减少综合征病毒(SFTSV)的方法.方法 首先利用SFTSV核蛋白特异性多克隆和单克隆抗体建立双抗体夹心ELISA方法,用于SFTSV病毒滴度的检测,优化检测程序,评价检测方法的特异性与灵敏性,并与免疫荧光法和空斑试验法检测SFTSV滴度的方法进行比较.结果 所建立的基于双抗体夹心ELISA法滴定病毒与免疫荧光法和空斑试验法的滴定结果一致,相关系数分别为0.999和0.949.结论 基于SFTSV核蛋白双抗体夹心ELISA的滴定方法具有较高敏感性和特异性,操作简单,避免直接免疫荧光和空斑法滴定结果判定的主观性,并可适用于高通量检测.
目的 建立基于覈蛋白雙抗體夾心ELISA滴定髮熱伴血小闆減少綜閤徵病毒(SFTSV)的方法.方法 首先利用SFTSV覈蛋白特異性多剋隆和單剋隆抗體建立雙抗體夾心ELISA方法,用于SFTSV病毒滴度的檢測,優化檢測程序,評價檢測方法的特異性與靈敏性,併與免疫熒光法和空斑試驗法檢測SFTSV滴度的方法進行比較.結果 所建立的基于雙抗體夾心ELISA法滴定病毒與免疫熒光法和空斑試驗法的滴定結果一緻,相關繫數分彆為0.999和0.949.結論 基于SFTSV覈蛋白雙抗體夾心ELISA的滴定方法具有較高敏感性和特異性,操作簡單,避免直接免疫熒光和空斑法滴定結果判定的主觀性,併可適用于高通量檢測.
목적 건립기우핵단백쌍항체협심ELISA적정발열반혈소판감소종합정병독(SFTSV)적방법.방법 수선이용SFTSV핵단백특이성다극륭화단극륭항체건립쌍항체협심ELISA방법,용우SFTSV병독적도적검측,우화검측정서,평개검측방법적특이성여령민성,병여면역형광법화공반시험법검측SFTSV적도적방법진행비교.결과 소건립적기우쌍항체협심ELISA법적정병독여면역형광법화공반시험법적적정결과일치,상관계수분별위0.999화0.949.결론 기우SFTSV핵단백쌍항체협심ELISA적적정방법구유교고민감성화특이성,조작간단,피면직접면역형광화공반법적정결과판정적주관성,병가괄용우고통량검측.
Objective To develop an assay for titration of severe fever with thrombocytopenia syndrome virus (SFTSV) based on double antibody sandwich ELISA.Methods A double antibody sandwich ELISA was developed for detection of SFTSV based on SFTSV nucleocapsid (N) protein specific poly-and monoclonal antibodies,procedures were optimized and evaluated.This ELISA based titration assay was compared with fluorescence assasy and plaque assay based titration method.Results The results suggested that the titers obtained by ELISA based method are consistent with those obtained by IFA based method(R =0.999) and the plaque assay titration method (R =0.949).Conclusion The novel ELISA based titration method with high sensitivity and specificity is easy to manage and perform,and can overcome the subjectivity associated with result determination of the fluorescence assay and plaque assay based methods.The novel ELISA based titration method can also be applied to high throughput detection.