Weber Randal S, Lewis Carol M, Eastman Scott D, Hanna Ehab Y, Akiwumi Olubumi, Hessel Amy C, Lai Stephen Y, Kian Leslie, Kupferman Michael E, Roberts Dianna B
Department of Head and Neck Surgery, University of Texas MD Anderson Cancer Center, 1515 Holcombe Blvd, Unit 1445, Houston, TX 77030, USA.
Arch Otolaryngol Head Neck Surg. 2010 Dec;136(12):1212-8. doi: 10.1001/archoto.2010.215.
to create a method for assessing physician performance and care outcomes that are adjusted for procedure acuity and patient comorbidity.
between 2004 and 2008 surgical procedures performed by 10 surgeons were stratified into high-acuity procedures (HAPs) and low-acuity procedures (LAPs). Risk adjustment was made for comorbid conditions examined singly or in groups of 2 or more.
a tertiary care medical center.
a total of 2618 surgical patients.
performance measures included length of stay; return to operating room within 7 days of surgery; and the occurrence of mortality, hospital readmission, transfusion, and wound infection within 30 days of surgery.
the transfusion rate was 2.7% and 40.6% for LAPs and HAPs, respectively. Wound infection rates were 1.4% for LAPs vs 14.1% for HAPs, while 30-day mortality rate was 0.3% and 1.6% for LAPs and HAPs, respectively. The mean (SD) hospital stay for LAPs was 2.1 (3.6) vs 10.5 (7.0) days for HAPs. Negative performance factors were significantly higher for patients who underwent HAPs and had comorbid conditions. Differences among surgeons significantly affect the incidence of negative performance indicators. Factors affecting performance measures were procedure acuity, the surgeon, and comorbidity, in order of decreasing significance. Surgeons were ranked low, middle, and high based on negative performance indicators.
performance measures following oncologic procedures were significantly affected by comorbid conditions and by procedure acuity. Although the latter most strongly affects quality and performance indicators, both should weigh heavily in physician comparisons. The incidence of negative performance indicators was also influenced by the individual surgeon. These data may serve as a tool to evaluate and improve physician performance and outcomes and to develop risk-adjusted benchmarks. Ultimately, reimbursement may be tied to quantifiable measures of physician and institutional performance.
创建一种评估医生绩效和护理结果的方法,该方法针对手术难度和患者合并症进行调整。
在2004年至2008年期间,将10位外科医生实施的外科手术分为高难度手术(HAPs)和低难度手术(LAPs)。对单独或成组(2种或更多种)检查的合并症进行风险调整。
一家三级医疗中心。
总共2618例外科手术患者。
绩效指标包括住院时间;术后7天内返回手术室;以及术后30天内的死亡率、再次入院率、输血率和伤口感染发生率。
LAPs和HAPs的输血率分别为2.7%和40.6%。LAPs的伤口感染率为1.4%,而HAPs为14.1%,LAPs和HAPs的30天死亡率分别为0.3%和1.6%。LAPs的平均(标准差)住院时间为2.1(3.6)天,而HAPs为10.5(7.0)天。接受HAPs且有合并症的患者负面绩效因素明显更高。外科医生之间的差异显著影响负面绩效指标的发生率。影响绩效指标的因素依次为手术难度、外科医生和合并症。根据负面绩效指标将外科医生分为低、中、高三个等级。
肿瘤手术后的绩效指标受合并症和手术难度的显著影响。虽然手术难度对质量和绩效指标的影响最大,但在医生比较中两者都应占重要权重。负面绩效指标的发生率也受个体外科医生的影响。这些数据可作为评估和改善医生绩效及结果以及制定风险调整基准的工具。最终,报销可能与医生和机构绩效的可量化指标挂钩。