Duncan N H, Hinton N A, Penner J L, Duncan I B
J Clin Microbiol. 1976 Aug;4(2):124-8. doi: 10.1128/jcm.4.2.124-128.1976.
Results of serotyping 966 clinical isolates of Pseudomonas aeruginosa showed that 72% agglutinated specifically in one or another of the 16 typing antisera, but 28% agglutinated in two or more and often in as many as 10 antisera; this polyagglutinability correlated with a high incidence of cross-reactivity among the antisera. Absorption of each typing antiserum with either cell suspensions of five O-type strains or with a suspension of a particular polyagglutinable strain (SMC 247) abolished cross-reactivity in the typing antisera without significantly reducing titers against the homologous strains. All but four of the polyagglutinable strains agglutinated specifically in one or another absorbed antisera. The cross-reactions of unabsorbed antisera were interpreted to have been caused by antibodies directed not against specific O antigens but against thermostable specificities that remain undefined.
对966株铜绿假单胞菌临床分离株进行血清分型的结果显示,72%的菌株在16种分型抗血清中的一种或另一种中发生特异性凝集,但28%的菌株在两种或更多种抗血清中发生凝集,且常常在多达10种抗血清中发生凝集;这种多凝集性与抗血清之间的高交叉反应发生率相关。用5株O型菌株的细胞悬液或特定多凝集性菌株(SMC 247)的悬液对每种分型抗血清进行吸收,可消除分型抗血清中的交叉反应,而不会显著降低针对同源菌株的效价。除4株多凝集性菌株外,所有其他多凝集性菌株在一种或另一种吸收后的抗血清中发生特异性凝集。未吸收抗血清的交叉反应被解释为是由并非针对特定O抗原而是针对尚未明确的热稳定特异性的抗体引起的。