Research Note: Rapid generation of a novel fowl adenovirus serotype 11 reverse genetic platform

Qilong Qiao,Panpan Yang, Junjie Liu, Yan Li, Xingyu Li, Luyao Qiu, Mengjia Xiang, Yutao Zhu, Yanfang Cong,Zeng Wang, Jianli Li,Baiyu Wang,Jun Zhao

Poultry Science(2024)

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摘要
Fowl adenovirus serotype 11 (FAdV-11) is one of the main causative agents of inclusion body hepatitis (IBH) in broilers. Outbreaks of FAdV-11-related IBH have been increasingly reported in China and many other geographical areas worldwide. However, the critical virulence factors of FAdV-11 remain uncertain due to the lack of technical platforms for efficient manipulation of FAdV-11 genome. Here, we reported the establishment of a FAdV-11 reverse genetic system based on a novel FAdV-11 Chinese isolate FJSW/2021 using the exonuclease combined with RecET (ExoCET), Redαβ recombineering and ccdB counter-selection techniques for the first time. A recombinant FAdV-11 was rescued efficiently by using the established reverse genetic platform through swapping the ORF11 gene of the FAdV-11 FJSW/2021 with the ZsGreen fluorescent protein expression cassette. This study provides an effective technical platform for identifying virulence factors of FAdV-11 and developing recombinant FAdV-11-vectored vaccine candidates.
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关键词
fowl adenovirus serotype 11,inclusion body hepatitis,reverse genetic system,viral vector,vaccine
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