...
首页> 外文期刊>International Journal of Biomedical and Advance Research >Variation in 1(3S) and 2(2S) rejections incidence in internal quality control program on using 20 reading mean and SD of different periods
【24h】

Variation in 1(3S) and 2(2S) rejections incidence in internal quality control program on using 20 reading mean and SD of different periods

机译:内部质量控制程序中1(3S)和2(2S)废品率的变化,使用不同时期的20个读数平均值和SD

获取原文

摘要

Objectives: Objective of the study is to measure dispersion of 1(3S) and 2(2S) rejection incidence in six month period using mean and SD derived from 20 readings of different periods of internal quality control program. Material & Method: Data collected from LIS were analyzed in computerized spreadsheet. For various 20 reading slots; mean and SD were calculated. They were used to find 1(3S) and 2(2S) rejection incidences for each set of mean and SD. Result & Discussion: By using 20 reading SD and mean of different period, Incidence of 1(3S) rejection varied from 0-17 percent for ALT, 0-4 percent for ALB, 0-38 percent for GLC, 0-4 percent for TBIL, 0-2 percent for DBIL, 0-10 percent for CR, 0-40 percent for Na, 0-61 percent for K, 0-21 percent for URE, 0-16 percent for TP. Incidence of 2(2S) rejection varied from 0-16 percent for ALT, 0-9 percent for ALB, 0-19 percent for GLC, 0-2 percent for TBIL, 0-2 percent for DBIL, 0-6 percent for CR, 0-17 percent for Na, 0-25 percent for K, 0-11 percent for URE, 0-15 percent for TP. Conclusion: Use of 20 data points for calculation of SD and Mean for new lot of QC sera, as suggested by CLSI C24-A2 results in wide variation in 2(2S) and 1(3S) rejection incidences. New SD and mean should be calculated as soon as larger data set is available.
机译:目的:本研究的目的是使用平均值和标准差(SD)来衡量六个月期间1(3S)和2(2S)拒绝发生率的离散度,该平均值和标准差来自内部质量控制程序不同时期的20个读数。材料和方法:从LIS收集的数据在计算机电子表格中进行了分析。适用于各种20个阅读插槽;计算平均值和SD。他们用于查找每组平均值和SD的1(3S)和2(2S)排斥率。结果与讨论:通过使用20个读数的SD和不同时期的平均值,ALT的1(3S)拒绝发生率从ALT的0-17%,ALB的0-4%,GLC的0-38%,对于GLC的0-4%不等。 TBIL,DBIL为0-2%,CR为0-10%,Na为0-40%,K为0-61%,URE为0-21%,TP为0-16%。 2(2S)拒绝的发生率从ALT的0-16%,ALB的0-9%,GLC的0-19%,TBIL的0-2%,DBIL的0-2%,CR的0-6%不等,Na为0-17%,K为0-25%,URE为0-11%,TP为0-15%。结论:根据CLSI C24-A2的建议,使用20个数据点计算SD和新一批QC血清的均值会导致2(2S)和1(3S)剔除率的差异很大。只要有更大的数据集,就应该计算新的标准差和均值。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号