Citation: JIA Fang, XU Jia, NIE Ying—chao, XIAO Yan g, ZHOU Rui, LI Xiao—qing, YU Ze—hua*. 中国棉铃虫核型多角体病毒VHA_(273)原毒株及其克隆株的比较研究 .VIROLOGICA SINICA, 2003, 18(3) : 241-245.

中国棉铃虫核型多角体病毒VHA_(273)原毒株及其克隆株的比较研究

  • Available online: 18 June 2003
  • Wild HaNPV-VHA_(273) Multi-nucleocapsid NPV and its clone Single-nucleiocapsid NPV H_9 were compared on the shape and structure, biological activity, restriction pattern and structural polypeptide.The LC_(50) values of the wild and clone isolates for early third instar H.armigera larvae were 2.987×10~4 PIBs/mL and 1.647×10~4 PIBs/mL respectively; The LT_(50) values for 2×10~7 PIBs/mL concentration were 4.866 and 4.797 days respectively. Bioactivities of two isolates were similar. Assayed by SDS-PAGE, there were more difference between VHA273 and H_9 structural polypeptides.Digested by EcoRI, Bam HI, Hind Ⅲ and Xba Ⅰ, VHA_(273) and H_9 genomes had some differences in their fragmentation profiles. This discovery will be helpful for revealing the factor what caused the Multi-nucleocapsid NPV and Single-nucleocapsid NPV’s formed in molecular level.

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    中国棉铃虫核型多角体病毒VHA_(273)原毒株及其克隆株的比较研究

    • 1. Institution of Entomology,Central China Normal University,Wuhan430079,China

    Abstract: Wild HaNPV-VHA_(273) Multi-nucleocapsid NPV and its clone Single-nucleiocapsid NPV H_9 were compared on the shape and structure, biological activity, restriction pattern and structural polypeptide.The LC_(50) values of the wild and clone isolates for early third instar H.armigera larvae were 2.987×10~4 PIBs/mL and 1.647×10~4 PIBs/mL respectively; The LT_(50) values for 2×10~7 PIBs/mL concentration were 4.866 and 4.797 days respectively. Bioactivities of two isolates were similar. Assayed by SDS-PAGE, there were more difference between VHA273 and H_9 structural polypeptides.Digested by EcoRI, Bam HI, Hind Ⅲ and Xba Ⅰ, VHA_(273) and H_9 genomes had some differences in their fragmentation profiles. This discovery will be helpful for revealing the factor what caused the Multi-nucleocapsid NPV and Single-nucleocapsid NPV’s formed in molecular level.

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