在没有家猪的情况下野猪作为日本脑炎病毒宿主的作用

Viruses Pub Date : 2024-08-09 DOI:10.3390/v16081273
Fuka Kikuchi, Ai Hayashi, Karen Yamada, Yusuke Matsui, Reiko Shimbashi, Yuji Noguchi, Kazunori Tachibana, Tetsuya Mizutani, Akihiko Tokaji, Akira Yoshikawa, Motoki Ihara, Kazunori Oishi, Hajime Kamiya, Satoru Arai, Motoi Suzuki
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摘要

猪是日本脑炎病毒(JEV)最常见的扩增宿主。2016 年,对马岛上有四名不拥有养猪场的居民被诊断出患有日本脑炎。因此,我们在疫情爆发后进行了血清调查,以估计日本脑炎病毒的风险和血清流行率。对 2017 年 1 月至 9 月期间从 560 名对马岛居民采集的血清进行了 JEV 株 JaGAr01(基因型 3)和 Muar(基因型 5)中和抗体检测。对 2022 年 6 月至 7 月间从 6 头野猪身上采集的血清进行了检测。JaGAr01和Muar的中和抗体血清阳性率分别为38.8%和24.6%。16 名居民的抗 JEV 中和抗体滴度≥320,其中 3 人年龄小于 6 岁,曾接种过 JEV 疫苗,2 人 40 多岁,11 人 70 多岁。但是,没有检测到抗 JEV 特异性 IgM。从事户外活动的居民的抗 JEV 抗体滴度较高。野猪血清中的 JEV RNA 呈阴性,但 6 份样本中有 4 份含有针对 JEV 的中和抗体。因此,即使没有养猪场,对马岛上的 JEV 传播仍在继续,野猪可能是扩大传播的宿主。
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The Role of Wild Boar as Host of Japanese Encephalitis Virus in the Absence of Domestic Pigs
Pigs are the most common amplifying hosts of the Japanese encephalitis virus (JEV). In 2016, four residents on Tsushima Island who did not own pig farms were diagnosed with JE. Therefore, a serosurvey was conducted to estimate the risk and seroprevalence of JEV after the outbreak. Sera collected from 560 Tsushima Island residents between January and September 2017 were tested for neutralizing antibodies against JEV strains JaGAr01 (genotype 3) and Muar (genotype 5). Sera collected from six wild boars between June and July 2022 were tested. The seroprevalence rates of neutralizing antibodies against JaGAr01 and Muar were 38.8% and 24.6%, respectively. High anti-JEV neutralizing antibody titers of ≥320 were identified in 16 residents, including 3 younger than 6 years with prior JEV vaccination, 2 in their 40s, and 11 older than 70. However, no anti-JEV-specific IgM was detected. Residents who engaged in outdoor activities had higher anti-JEV antibody titers. Sera from wild boars were negative for JEV RNA, but four of six samples contained neutralizing antibodies against JEV. Therefore, JEV transmission continues on Tsushima Island, even in the absence of pig farms, and wild boars might serve as the amplifying hosts.
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