Ashokraj Y, Singh I, Kaur K J, Kohli G, Bhade S R, Varma M V S, Kaul C L, Panchagnula R
Department of Pharmaceutics, National Institute of Pharmaceutical Education and Research, SAS Nagar, India.
Int J Tuberc Lung Dis. 2005 Jun;9(6):697-9.
To improve the rapidity of the registration process of rifampicin (RMP) containing fixed-dose combination (FDC) formulations, a plasma pooling methodology was used to increase the throughput of bioanalysis of plasma samples from bioequivalence trials of FDCs. Plasma samples of a biostudy were analysed for RMP using traditional analysis methods as well as a plasma pooling method (volunteer and time pooling). Both methods produced similar results, with less than 15% variability in both volunteer and time pooling. The plasma pooling method for bioanalysis was validated. Further studies are required to identify and reduce the percentage variability.
为提高含利福平(RMP)的固定剂量复方制剂(FDC)的注册流程速度,采用了血浆合并方法来提高FDC生物等效性试验血浆样本的生物分析通量。使用传统分析方法以及血浆合并方法(志愿者和时间合并)对一项生物研究的血浆样本进行RMP分析。两种方法产生的结果相似,志愿者合并和时间合并的变异性均小于15%。对生物分析的血浆合并方法进行了验证。需要进一步研究以识别并降低变异性百分比。