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乙肝表面抗原疫苗接种反应的免疫遗传学

Immunogenetics of the response to HBsAg vaccination.

作者信息

Milich David R, Leroux-Roels Geert G

机构信息

The Vaccine Research Institute of San Diego, Department of Immunology, San Diego, CA 92109, USA.

出版信息

Autoimmun Rev. 2003 Sep;2(5):248-57. doi: 10.1016/s1568-9972(03)00031-4.

Abstract

The major envelope protein of the hepatitis B virus (HBV), the HBsAg, constitutes the current preventative vaccine, which represents the first subunit viral vaccine developed. The genetics of the immune response to HBsAg has been extensively studied both in humans and mice. Murine studies begun over 20 years ago indicated that at least two MHC class II and one MHC class III genes regulate anti-HBs immune responses. Additional MHC-linked genes influence the immune responses to the higher molecular weight (pre-S) components of the HBV envelope. The murine studies predicted even more complex MHC gene regulation of human immune responses to the HBsAg and that complexity certainly has been demonstrated during the ensuing years. This brief review is an attempt to summarize our current understanding of the MHC genes that influence the immune response to the HBsAg and possible mechanisms of action.

摘要

乙肝病毒(HBV)的主要包膜蛋白,即乙肝表面抗原(HBsAg),构成了目前的预防性疫苗,这是首个研发出的亚单位病毒疫苗。针对HBsAg的免疫反应遗传学在人类和小鼠中都得到了广泛研究。20多年前开始的小鼠研究表明,至少两个MHC II类基因和一个MHC III类基因调节抗-HBs免疫反应。其他与MHC相关的基因影响对HBV包膜高分子量(前S)成分的免疫反应。小鼠研究预测,人类对HBsAg的免疫反应受MHC基因的调节更为复杂,而在随后的几年中,这种复杂性已得到证实。本简要综述旨在总结我们目前对影响HBsAg免疫反应的MHC基因及其可能作用机制的理解。

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