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基于EVM009基因的鼠痘病毒荧光定量检测方法建立

赵立磊 喇萍 叶国荣 陈豪泰 孙跃峰 樊江峰 任善会 王会宝 高小龙 姚威 杨雪 张红强 王小龙 张强蓉

动物医学进展2026,Vol.47Issue(1):9-14,6.
动物医学进展2026,Vol.47Issue(1):9-14,6.

基于EVM009基因的鼠痘病毒荧光定量检测方法建立

Establishment of A Real-time Quantitative PCR Detective Method Targeting the EVM 009 Gene of the Ectromelia Virus

赵立磊 1喇萍 1叶国荣 1陈豪泰 2孙跃峰 2樊江峰 1任善会 2王会宝 3高小龙 4姚威 5杨雪 1张红强 1王小龙 1张强蓉1

作者信息

  • 1. 甘肃农业大学动物医学院,甘肃兰州 730070
  • 2. 中国农业科学院兰州兽医研究所,甘肃兰州 730046
  • 3. 甘肃林业职业技术大学,甘肃天水 741000
  • 4. 青海大学动物科技学院,青海西宁 810003
  • 5. 重庆市万州区畜牧产业发展中心,重庆 400000
  • 折叠

摘要

Abstract

To establish a rapid assay for the detection of Ectromelia virus(ECTV),a real-time quantitative PCR method targeting the EVM009 gene of ECTV was developed in this study.Based on the whole gene sequence of ECTV,four pairs of qPCR primers were designed and evaluated for their specificity and sensitivity,and a pair of re-al-time quantitative PCR primers with high specificity and sensitivity targeting the EVM009 gene of ECTV were obtained by screening.A standard curve was constructed based on the pCAGGS-EVM009 eukaryotic expression plasmid.The standard curve was y=-3.509 9x+41.30,linear correlation coefficient R2=0.999 2.The amplifica-tion efficiency reached 92.7%,the lowest detection limit of the recombinant plasmid standard was 4.91 ×1010 cop-ies/μL,and the coefficients of variation of the repeated tests within and between the groups were all less than 2%,it could only effectively detect ECTV,with no cross-reactivity with VACV,GPTV,SPPV,ORFV,or LSDV.This shows that the qPCR method is specific,sensitive,and reproducible and can be used for the determination of viral load in pathological tissues of ECTV-infected mice.

关键词

鼠痘病毒/EVM009基因/荧光定量PCR/小鼠模型

Key words

Ectromelia virus/EVM009 gene/Real-time quantitative PCR/Mouse model

分类

农业科技

引用本文复制引用

赵立磊,喇萍,叶国荣,陈豪泰,孙跃峰,樊江峰,任善会,王会宝,高小龙,姚威,杨雪,张红强,王小龙,张强蓉..基于EVM009基因的鼠痘病毒荧光定量检测方法建立[J].动物医学进展,2026,47(1):9-14,6.

基金项目

甘肃省自然科学基金项目(24JRRE011) (24JRRE011)

高校教师创新基金项目(2025A-326) (2025A-326)

国家自然科学基金项目(32460876,32302850) (32460876,32302850)

动物医学进展

1007-5038

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