Self–assembling protein nanoparticles open a new avenue for next generation veterinary vaccines

Jianping Li, Zeinab H. Helal, Mazhar I. Khan
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引用次数: 1

Abstract

Vaccines have been implemented for more than two centuries and have saved millions of lives, which is one of the most outstanding inventions in medicine. The concept of vaccine was conceived two centuries ago by the English physician Edward Jenner, “the father of immunology”. He had initiated the first protective vaccine against smallpox using live cowpox virus in 1798. Many effective vaccines have been developed in the past two hundred years. The majority of them was produced by traditional methods by attenuating live pathogens or by chemically inactivate whole pathogenic organisms. Live attenuated vaccines are highly protective but bear inherent safety concern due to the potential reactivation of virulent state. In contrast, chemically inactivated vaccines cannot regain the virulent state of derivative pathogens and are safe. However, they are poorly immunogenic, and induce weak protection. Besides, tediously laborintensive efforts are required for formulation preparation of killed vaccines.
自组装蛋白质纳米颗粒为下一代兽医疫苗开辟了新的途径
疫苗已经实施了两个多世纪,挽救了数百万人的生命,这是医学上最杰出的发明之一。疫苗的概念是两个世纪前由“免疫学之父”英国医生爱德华·詹纳(Edward Jenner)提出的。他在1798年使用活牛痘病毒研制了第一种预防天花的疫苗。在过去的两百年里,人们研制出了许多有效的疫苗。它们大多数是通过传统方法通过减毒活病原体或通过化学灭活整个致病生物体来生产的。减毒活疫苗具有高度的保护作用,但由于可能再次激活毒力状态,因此存在固有的安全性问题。相反,化学灭活疫苗不能恢复衍生病原体的毒力状态,是安全的。然而,它们的免疫原性较差,保护性较弱。此外,灭活疫苗的配方制备需要耗费大量的劳动。
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