Norley S G, Wardley R C
Immunology. 1982 May;46(1):75-82.
Using an homologous pig system, th lysis of African swine fever virus-infected cells by antibody and complement was investigated. The optimal conditions necessary for lysis are described, and it was found that the system was unique amongst reported virus infections in that infected cells were lysed by the classical complement pathway and not the alternative pathway. Development of antibody capable of initiating complement-mediated lysis was relatively late in the infected pig, although functional in vitro assays suggested that it might act as a significant effector mechanism. Investigations of sera taken from pigs infected with varying African swine fever isolates indicate that the assay may provide a means of discriminating between strains.
利用同源猪系统,研究了抗体和补体对非洲猪瘟病毒感染细胞的裂解作用。描述了裂解所需的最佳条件,并且发现该系统在已报道的病毒感染中是独特的,因为感染细胞是通过经典补体途径而非替代途径被裂解的。能够启动补体介导裂解的抗体在受感染猪体内的产生相对较晚,尽管体外功能试验表明它可能是一种重要的效应机制。对感染不同非洲猪瘟分离株的猪所采集血清的研究表明,该检测方法可能提供一种区分毒株的手段。