Kaufmann S H
Abteilung Medizinische Mikrobiologie und Immunologie der Universität Ulm.
Immun Infekt. 1989 Aug;17(4):124-8.
Stress proteins (heat shock proteins, hsp) play a crucial role in the fight between infectious agent and host. To a certain degree, increased hsp synthesis protects the pathogen from host-derived defence mechanisms and abundant hsp synthesis results in a strong anti-hsp immune response which may contribute to acquired resistance. Hsp can be considered ubiquitous evasion factors of infectious agents. Also, host cells can protect themselves from injurious sequelae of infection by increasing hsp synthesis. Hsp are highly conserved and immunity against regions shared by host and pathogen may lead to an autoimmune response.
应激蛋白(热休克蛋白,hsp)在病原体与宿主的斗争中起着至关重要的作用。在一定程度上,hsp合成增加可保护病原体免受宿主衍生的防御机制影响,而大量hsp合成则会引发强烈的抗hsp免疫反应,这可能有助于获得性抗性。hsp可被视为病原体普遍存在的逃避因子。此外,宿主细胞可通过增加hsp合成来保护自身免受感染的有害后遗症影响。hsp具有高度保守性,针对宿主和病原体共有的区域产生的免疫可能会导致自身免疫反应。