Yamamoto A, Kondo S, Kameyama S, Murata R
Jpn J Med Sci Biol. 1978 Jun;31(3):263-76. doi: 10.7883/yoken1952.31.263.
Kinetic studies on the adjuvanticities of several substances with different modes of action were performed in guinea pigs by using tetanus and diphtheria toxoids as the antigens. When injected subcutaneously into animals, aluminium, endotoxin, pertussis vaccine and water in oil in water (w/o/w) showed very similar adjuvanticities to tetanus toxoid at the beginning stage of immunization, but the activities except that of aluminium became less significant at later stages after the primary stimulus when antitoxin was produced abundantly. Poly L-lysine and to a less extent poly A:U showed potent adjuvanticities next to that of aluminium throughout the whole immunization period. Combination of poly L-lysine with 0.03 mg aluminium showed a similar adjuvanticity to that of 0.9 mg of aluminium alone. In contrast to rather low adjuvanticities to tetanus toxoid, more distinct adjuvanticities were observed to diphtheria toxoid throughout the whole period of immunization with various substances such as aluminium, poly A:U, w/o/w and poly L-lysine but not with endotoxin.
以破伤风类毒素和白喉类毒素作为抗原,在豚鼠身上对几种具有不同作用方式的物质的佐剂活性进行了动力学研究。当皮下注射到动物体内时,铝、内毒素、百日咳疫苗和水包油包水型(w/o/w)乳剂在免疫初期对破伤风类毒素表现出非常相似的佐剂活性,但在初次刺激后后期大量产生抗毒素时,除铝之外的其他物质的活性变得不那么显著。在整个免疫期间,聚L-赖氨酸以及在较小程度上的聚A:U表现出仅次于铝的强大佐剂活性。聚L-赖氨酸与0.03毫克铝的组合表现出与单独使用0.9毫克铝相似的佐剂活性。与对破伤风类毒素相当低的佐剂活性相反,在整个免疫期间,用铝、聚A:U、w/o/w和聚L-赖氨酸等各种物质对白喉类毒素观察到更明显的佐剂活性,但内毒素除外。