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创伤护理报销:疾病诊断相关分组(DRGs)与基于损伤严重程度的支付系统的比较。

Trauma care reimbursement: comparison of DRGs to an injury severity-based payment system.

作者信息

Eastham J N, Steinwachs D M, MacKenzie E J

机构信息

Emergency Health Services Department, University of Maryland Baltimore County, 21228.

出版信息

J Trauma. 1991 Feb;31(2):210-6.

PMID:1899709
Abstract

Concern exists that per case payment using Diagnosis Related Groups (DRGs) inadequately pays trauma centers. In this study, 45 Trauma Resource Groups (TRGs), an alternative patient classification system based on the Injury Severity Score and patient age, is developed and compared to 172 Diagnosis Related Groups (DRGs) that include trauma diagnoses. TRGs were developed using 1983 Maryland trauma patient hospital discharge abstracts (n= 34,702), the same source used to assign a DRG. We compared estimated TRG and DRG payments to actual charges for 17,398 trauma cases treated during 1986 at five trauma centers and 18 community hospitals in the Central Maryland Metropolitan Statistical Area. The unexpected findings of this study are that an anatomic severity-based classification of hospital trauma discharges (TRGs) does not perform as well as DRGs in: 1) explaining variations in length of stay for trauma cases, or 2) assuring an appropriate distribution of revenues to regional trauma centers and community hospitals. Solutions discussed include segregating community hospital and trauma center costs in computation of average per case rate setting, and inclusion of physiologic and mechanism of injury parameters in prospective payment classification systems to increase explained variance of resource use.

摘要

有人担心,使用诊断相关分组(DRGs)的按病例付费方式对创伤中心的支付不足。在本研究中,开发了45个创伤资源组(TRGs),这是一种基于损伤严重程度评分和患者年龄的替代患者分类系统,并将其与172个包含创伤诊断的诊断相关分组(DRGs)进行比较。TRGs是使用1983年马里兰州创伤患者医院出院摘要(n = 34,702)开发的,该摘要也是用于分配DRG的数据源。我们将估计的TRG和DRG支付与1986年在马里兰州中部大都市统计区的五家创伤中心和18家社区医院治疗的17,398例创伤病例的实际费用进行了比较。本研究的意外发现是,基于解剖学严重程度的医院创伤出院分类(TRGs)在以下方面的表现不如DRGs:1)解释创伤病例住院时间的差异,或2)确保向区域创伤中心和社区医院合理分配收入。讨论的解决方案包括在计算平均每病例费率时区分社区医院和创伤中心的成本,以及在前瞻性支付分类系统中纳入生理和损伤机制参数,以增加资源使用的可解释方差。

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