块状皮肤病:养牛业正在面临的风险

Haroon Afzal, Muhammad Umar, Waseem Hussain, Li-Ting Cheng
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摘要

块皮病(LSD)是一种由疱疹病毒属的块皮病病毒(LSDV)引起的牛和水牛病媒传染病。LSD 主要影响动物的皮肤和淋巴管,表现为皮肤结节、采食量低和产奶量下降。动物与动物之间的接触、吸血昆虫、动物产品、厩蝇和蚊子可促进 LSD 的跨群和跨境传播。1929 年,赞比亚报告了首例 LSD 病例。直到 1985 年,该病一直在非洲流行,后来又传播到东欧和亚洲。据报告,最近的一次 LSD 爆发发生在亚太地区。目前,当局正在制定生物安全措施(控制动物移动、病媒和动物产品)来应对 LSD。近几十年来,针对 LSDV 的疫苗也在不断开发中。使用了同源和异源(Capripoxvirus 属)病毒株的减毒活疫苗。观察到活疫苗有一些副作用,如皮肤结节、采食量低和产奶量下降。生产出的 LSDV 灭活疫苗显示出比活疫苗更高的安全性,但只能提供部分保护,缺乏交叉保护。重组 LSDV 疫苗也在开发中,但在最佳疫苗递送方法和从庞大的痘病毒基因组中选择抗原方面仍存在挑战。总之,使用有效疫苗进行大规模接种可能会在 LSDV 的控制中发挥核心作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LUMPY SKIN DISEASE: AN ENCROACHING RISK IN CATTLE FARMING
Lumpy skin disease (LSD) is a vector-borne disease of cattle and water buffalo caused by the lumpy skin disease virus (LSDV) of the Capripoxvirus genus. LSD mainly affects the skin and the lymphatics of animals, and manifests as firm skin nodules, low feed intake, and a drop in milk production. Animal-to-animal contact, blood-feeding insects, animal products, stable flies, and mosquitoes can facilitate the transmission of LSD across herds and borders. The first case of LSD was reported in 1929 in Zambia. It was endemic to Africa until 1985 and later spread to Eastern Europe and Asia. The latest outbreak of LSD was reported in the Asia-Pacific region. At present, biosafety measures (control of animal movement, vectors, and animal products) are being devised by authorities to tackle LSD. Vaccines are also being developed for LSDV in recent decades. Live attenuated vaccines of both homologous and heterologous (of the Capripoxvirus genus) virus strains were utilized. A few side effects of the live vaccines were observed, such as skin nodules, low feed intake, and a drop in milk production. Inactivated LSDV vaccines were produced, showing a higher safety profile than live vaccines, yet offering only partial protection and lacks cross-protection. Recombinant LSDV vaccines are also under development; however, challenges remain in terms of the best vaccine delivery methods and antigen selection from the large poxvirus genome. Overall, mass vaccination with an effective vaccine may play a central role in the control of LSDV.
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