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Describing Iranian hospital activity using Australian Refined DRGs: a case study of the Iranian Social Security Organisation.

机译:描述使用澳大利亚精制DRG进行的伊朗医院活动:以伊朗社会保障组织为例。

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OBJECTIVE: To describe Iran's hospital activity with Australian Refined Diagnosis Related Groups (AR-DRGs). METHOD: A total of 445,324 separations was grouped into discreet DRG classes using AR-DRGs. L(3)H(3); IQR and 10th-95th percentile were used to exclude outlier cases. Reduction in variance (R(2)) and coefficient of variation (CV) were applied to measure model fit and within group homogeneity. RESULTS: Total hospital acute inpatients were grouped into 579 DRG groups in which 'surgical' cases represented 63% of the total separations and 40% of total DRGs. Approximately 12.5% of the total separations fell into DRGs O60C (vaginal delivery) and 28% of the total separations classified into major diagnostic category (MDC) 14 (pregnancy and childbirth). Although reduction in variance (R(2)) for untrimmed data was low (R(2)=0.17) for LOS, trimming by L(3)H(3), IQR, and 10th-95th percentile methods improved the value of R(2) to 0.53, 0.48, and 0.51, respectively. Low value of R(2) for AR-DRGs within several MDCs were identified, and found to reflect high variability in one or two DRGs. High within-DRG variation was identified for 23% of DRGs using untrimmed data. CONCLUSION: Low quality and incomplete data undermines the accuracy of casemix information. This may require improvement in coding quality or further classification refinement in Iran. Further study is also required to compare AR-DRG performance with other versions of DRGs and to determine whether the low value of R(2) for several MDCs is due to the weakness of the AR-DRG algorithm or to Iranian specific factors.
机译:目的:与澳大利亚精细诊断相关小组(AR-DRGs)描述伊朗的医院活动。方法:使用AR-DRG将总共445,324个分离分组为谨慎的DRG类。 L(3)H(3); IQR和第10至95%百分位数被用于排除异常情况。使用方差减少(R(2))和变异系数(CV)来衡量模型拟合和组内同质性。结果:医院急性住院患者共分为579个DRG组,其中“外科”病例占总分离量的63%,占总DRG的40%。约占总分离量的12.5%归入DRGs O60C(阴道分娩),而占总分离量的28%归入主要诊断类别(MDC)14(怀孕和分娩)。尽管针对LOS的未修剪数据的方差减小(R(2))很小(R(2)= 0.17),但通过L(3)H(3),IQR和第10-95%百分位方法进行修整可以提高R的值(2)分别为0.53、0.48和0.51。几个MDC中的AR-DRG的R(2)值较低,已被发现,并反映出一两个DRG的高可变性。使用未修剪的数据,发现23%的DRG存在较高的DRG内部变异。结论:低质量和不完整的数据会破坏Casemix信息的准确性。在伊朗,这可能需要提高编码质量或进一步完善分类。还需要进一步研究,以将AR-DRG性能与其他版本的DRG进行比较,并确定几个MDC的R(2)的低值是由于AR-DRG算法的弱点还是伊朗的特定因素所致。

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