The spread of the H5N1 bird flu epidemic in Asia in 2004.

R G Webster, Y Guan, L Poon, S Krauss, R Webby, E Govorkovai, M Peiris
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引用次数: 55

Abstract

H5N1 avian influenza has spread to eight countries in eastern Asia including China, Japan, South Korea, Vietnam, Laos, Cambodia, Thailand, and Indonesia in early 2004. This H5N1 influenza A virus is extremely virulent in poultry including chickens and ducks, killing millions of birds throughout the region. Additionally this virus has transmitted to humans (mainly children) in Vietnam, Cambodia, and Thailand, killing 54 of 100 diagnosed persons. To control this epidemic hundreds of millions of chickens and ducks have been culled. One genotype of H5N1 designated "Z" has become dominant in Asia. This virus was first detected in wild birds in Hong Kong in November 2002 and was antigenically distinct from H5N1 viruses isolated from 1997 to early 2002 and lethal for aquatic birds. The H5N1 virus infecting humans and poultry in Asia in 2004 is an antigenic variant of the Z genotype. Here we consider the possible role of migrating birds in the evolution and spread of the H5N1 influenza A virus throughout Asia. We conclude that the available information is consistent with a role for migrating birds but limited information is available and that serological studies are urgently needed on migrating birds worldwide. The prospect is that this H5N1/04 influenza A virus will become endemic in poultry in eastern Asia and will be a continuing threat to animal and human health. It is also projected that a human H5N1 vaccine will eventually be needed.

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2004年H5N1禽流感在亚洲的传播。
2004年初,H5N1禽流感已蔓延到中国、日本、韩国、越南、老挝、柬埔寨、泰国和印度尼西亚等东亚8个国家。这种H5N1甲型流感病毒对包括鸡和鸭在内的家禽具有极强的毒性,在整个地区造成数百万只禽类死亡。此外,该病毒已在越南、柬埔寨和泰国传播给人类(主要是儿童),在100名确诊患者中造成54人死亡。为控制疫情,已扑杀了数亿只鸡鸭。一种被命名为“Z”的H5N1基因型已在亚洲占主导地位。该病毒于2002年11月首次在香港的野生鸟类中发现,从抗原性上与1997年至2002年初分离的H5N1病毒不同,对水禽致命。2004年在亚洲感染人类和家禽的H5N1病毒是Z基因型的抗原变体。在此,我们考虑候鸟在H5N1甲型流感病毒在亚洲的进化和传播中可能发挥的作用。我们得出结论,现有的信息与候鸟的作用一致,但可用的信息有限,迫切需要在世界范围内对候鸟进行血清学研究。前景是,这种H5N1/04甲型流感病毒将在东亚的家禽中成为地方性流行病,并将继续对动物和人类健康构成威胁。还预计最终将需要一种人类H5N1疫苗。
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