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将用于血清苯巴比妥和苯妥英测定的“EMIT”技术适配于微型离心分析仪。

Adaptation of "EMIT" technique for serum phenobarbital and diphenylhydantoin assays to the miniature centrifugal analyzer.

作者信息

Brunk S D, Hadjiioannou T P, Hadjiioannou S I, Malmstadt H V

出版信息

Clin Chem. 1976 Jun;22(6):905-7.

PMID:1277482
Abstract

We used a miniature centrifugal analyzer in a spectrophotometric rate-measurement mode to determine the anticonvulsant drugs phenobarbital and diphenylhydantoin in serum, by use of a modified enzyme immunoassay ("EMIT", Syva Corp.) We decreased reagent cost per determination by at least sixfold by means of microscale techniques. Also, the analysis rate is increased by measuring multiple samples simultaneously. Our method requires only 3 mul of serum for duplicate determinations. Replicate analyses of sera containing phenobarbital and diphenylhydantoin gave reaction rates with a CV of 1.5%. Run-to-run CV was 15%. Analytical recovery for drug-supplemented serum samples was 98%, and results for a series of samples compared well with results obtained by gas chromatography (for phenobarbital, r = 0.95; for diphenylhydantoin, r = 0.91).

摘要

我们使用一台微型离心分析仪,以分光光度速率测量模式,通过改良的酶免疫分析法(“EMIT”,Syva公司)来测定血清中的抗惊厥药物苯巴比妥和苯妥英。借助微量技术,我们将每次测定的试剂成本降低了至少六倍。此外,通过同时测量多个样品提高了分析速率。我们的方法重复测定仅需3微升血清。对含苯巴比妥和苯妥英的血清进行重复分析,反应速率的变异系数为1.5%。批间变异系数为15%。药物添加血清样品的分析回收率为98%,一系列样品的结果与气相色谱法得到的结果比较吻合(苯巴比妥,r = 0.95;苯妥英,r = 0.91)。

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