Moore Brent A, Anderson Daren, Dorflinger Lindsey, Zlateva Ianita, Lee Allison, Gilliam Wesley, Tian Terrence, Khatri Khushbu, Ruser Christopher B, Kerns Robert D
Pain Research, Informatics, Multimorbidities and Education Center, Department of Veterans Affairs (VA) Connecticut Healthcare System, West Haven, CT, and Yale School of Medicine, New Haven, CT;
J Rehabil Res Dev. 2016;53(1):137-46. doi: 10.1682/JRRD.2014.10.0254.
Successful organizational improvement processes depend on application of reliable metrics to establish targets and to monitor progress. This study examined the utility of the Pain Care Quality (PCQ) extraction tool in evaluating implementation of the Stepped Care Model for Pain Management at one Veterans Health Administration (VHA) healthcare system over 4 yr and in a non-VHA Federally qualified health center (FQHC) over 2 yr. Two hundred progress notes per year from VHA and 150 notes per year from FQHC primary care prescribers of long-term opioid therapy (>90 consecutive days) were randomly sampled. Each note was coded for the presence or absence of key dimensions of PCQ (i.e., pain assessment, treatment plans, pain reassessment/outcomes, patient education). General estimating equations controlling for provider and facility were used to examine changes in PCQ items over time. Improvements in the VHA were noted in pain reassessment and patient education, with trends in positive directions for all dimensions. Results suggest that the PCQ extraction tool is feasible and may be responsive to efforts to promote organizational improvements in pain care. Future research is indicated to improve the reliability of the PCQ extraction tool and enhance its usability.
成功的组织改进过程依赖于运用可靠的指标来设定目标并监测进展。本研究考察了疼痛护理质量(PCQ)提取工具在评估一个退伍军人健康管理局(VHA)医疗系统4年期间以及一个非VHA联邦合格健康中心(FQHC)2年期间疼痛管理阶梯式护理模式实施情况方面的效用。每年从VHA随机抽取200份病程记录,从FQHC长期阿片类药物治疗(连续>90天)的初级保健开方者中每年随机抽取150份记录。每份记录根据PCQ的关键维度(即疼痛评估、治疗计划、疼痛重新评估/结果、患者教育)的有无进行编码。使用控制提供者和机构的广义估计方程来检验PCQ项目随时间的变化。VHA在疼痛重新评估和患者教育方面有改善,所有维度均呈积极趋势。结果表明,PCQ提取工具是可行的,并且可能对促进疼痛护理组织改进的努力有反应。未来的研究旨在提高PCQ提取工具的可靠性并增强其可用性。