Johnson Karyn N, van Hulten Marielle C W, Barnes Andrew C
School of Integrative Biology, University of Queensland, St Lucia, Brisbane, Australia.
Vaccine. 2008 Sep 8;26(38):4885-92. doi: 10.1016/j.vaccine.2008.07.019. Epub 2008 Jul 29.
The global shrimp aquaculture industry is worth in excess of US $10 billion annually, but continues to be beset by endemic viral diseases. The ability to vaccinate shrimp and other crustaceans against specific viral diseases is therefore of global economic and biosecurity significance. Higher vertebrates, including humans, have an adaptive immunity that enables them to specifically "remember" exposure to pathogens and respond with increased efficiency on subsequent encounters, forming the basis of vaccination. It has been widely accepted that invertebrates do not have such a system. However, there is mounting evidence for specific immune memory in crustaceans, including shrimp. This review explores the phenomenon of antiviral immunity in shrimp and explores this paradigm shift in the context of potential vaccination strategies for shrimp aquaculture.
全球对虾养殖业每年产值超过100亿美元,但仍受地方性病毒病困扰。因此,为对虾和其他甲壳类动物接种针对特定病毒病的疫苗,具有全球经济和生物安全意义。包括人类在内的高等脊椎动物具有适应性免疫,使其能够特异性地“记住”接触过的病原体,并在后续再次接触时更高效地做出反应,这构成了疫苗接种的基础。人们普遍认为无脊椎动物没有这样的系统。然而,越来越多的证据表明甲壳类动物(包括对虾)存在特异性免疫记忆。本综述探讨了对虾抗病毒免疫现象,并在对虾养殖潜在疫苗接种策略的背景下探讨了这一范式转变。