Spiehler V, Sun L, Miyada D S, Sarandis S G, Walwick E R, Klein M W, Jordan D B, Jessen B
Clin Chem. 1976 Jun;22(6):749-53.
Sera from epileptic patients were assayed for phenobarbital and diphenylhydantoin by four different analytical procedures. Quantitative results obtained by radioimmunoassay (I) and enzyme immunoassay (II) were compared to each other and to the results obtained on aliquots of the same sample by gas-liquid chromatography (III) and ultraviolet spectrophotometry (IV). For phenobarbital the correlation coefficients were I vs. II, 0.909; I vs. III, 0.947; II vs. III, 0.917; I vs. IV, 0.950; II vs. IV, 0.953. For diphenylhydantoin the correlation coefficients were I vs. II, 0.953; I vs. III, 0.951; II vs. III, 0.957; I vs. IV, 0.862; II vs. IV, 0.898. The immunoassays can be substituted for liquid chromatography or ultraviolet spectrophotometry without changing the resulting clinical interpretations.
采用四种不同的分析方法对癫痫患者的血清进行苯巴比妥和苯妥英钠检测。将放射免疫分析法(I)和酶免疫分析法(II)获得的定量结果相互比较,并与通过气液色谱法(III)和紫外分光光度法(IV)对同一样品的等分试样所获得的结果进行比较。对于苯巴比妥,相关系数分别为:I与II为0.909;I与III为0.947;II与III为0.917;I与IV为0.950;II与IV为0.953。对于苯妥英钠,相关系数分别为:I与II为0.953;I与III为0.951;II与III为0.957;I与IV为0.862;II与IV为0.898。免疫分析法可替代液相色谱法或紫外分光光度法,而不会改变最终的临床解读结果。