Boyd J E, Hastings I, Farzad Z, James K, McClelland D B
Dev Biol Stand. 1984;57:93-8.
The production of human monoclonal antibodies has been attempted using tetanus toxoid as a model antigen since a human antibody of this specificity could have clinical applications. Both mouse and human myeloma cell lines were used as fusion partners and the effects of in vivo and in vitro antigen boosting were also investigated. A cell line, ES12, which secreted specific tetanus toxoid antibody arose following fusion of lymphocytes from a donor who had been boosted three months earlier. Antibody was secreted by this cell line at a high titre (2.5 I.U/ml); it was of IgG isotype and it protected mice against challenge with tetanus toxin. This is, therefore, a first step in producing a therapeutically useful monoclonal antibody.
由于具有这种特异性的人源抗体可能具有临床应用价值,因此人们尝试以破伤风类毒素作为模型抗原生产人源单克隆抗体。小鼠和人骨髓瘤细胞系均被用作融合伙伴,同时还研究了体内和体外抗原增强的效果。ES12细胞系是由一名三个月前接受过增强免疫的供体的淋巴细胞融合后产生的,该细胞系分泌特异性破伤风类毒素抗体。该细胞系以高滴度(2.5国际单位/毫升)分泌抗体;其抗体为IgG同种型,能保护小鼠免受破伤风毒素攻击。因此,这是生产具有治疗用途的单克隆抗体的第一步。