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Whole-genome analysis reveals possible sources of ALV-J infection in an anyi tile-like gray chicken flock.


ABSTRACT: Avian leukosis virus (ALV) induces multiple tumors in chicken and is still prevalent in a lot of local flocks in China. In this study, we analyzed the ALV infection status in an Anyi tile-like gray chicken flock by DF1-cells isolation, virus identification, and genome sequencing. Results showed a 29% (29/100) ALV positive rate in this flock. Homology analysis based on env genes illustrated that all these stains belong to subgroup J (92-100% identities) and can be further divided into 5 batches, suggesting a higher diversity of ALV-J within the same flock. The whole-genome analysis of representative stains from each batch confirmed the close relationship between these isolated strains with previously reported strains from different regions (Guangxi, Shandong, and Heilongjiang), revealing the enrichment of different strains in Anyi tile-like grey chickens. This study provides the epidemiological data of ALV-J in a special chicken flock and a reference for the further eradication of ALV in China.

SUBMITTER: Li HQ 

PROVIDER: S-EPMC8980333 | biostudies-literature | 2022 May

REPOSITORIES: biostudies-literature

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Whole-genome analysis reveals possible sources of ALV-J infection in an anyi tile-like gray chicken flock.

Li Hai-Qin HQ   Zhang Fan-Fan FF   Chen Longfei L   Yang Qun Q   Zeng Yan-Bing YB   Tan Jia J   Fu Guang-Hua GH   Fu Qiu-Ling QL   Liu Rong-Chang RC   Huang Yu Y   Su Qi Q   Tan Mei-Fang MF   Kang Zhao-Feng ZF  

Poultry science 20220130 5


Avian leukosis virus (ALV) induces multiple tumors in chicken and is still prevalent in a lot of local flocks in China. In this study, we analyzed the ALV infection status in an Anyi tile-like gray chicken flock by DF1-cells isolation, virus identification, and genome sequencing. Results showed a 29% (29/100) ALV positive rate in this flock. Homology analysis based on env genes illustrated that all these stains belong to subgroup J (92-100% identities) and can be further divided into 5 batches,  ...[more]

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