Fromme Erik K, Holliday Emma B, Nail Lillian M, Lyons Karen S, Hribar Michelle R, Thomas Charles R
Division of Hematology & Medical Oncology, OHSU Knight Cancer Institute, Oregon Health & Science University, Mail Code: L586, Portland, OR, 97239, USA.
Division of Radiation Oncology, The University of Texas MD Anderson Cancer Center, 1515 Holcombe Blvd Unit 97, Houston, TX, 78240, USA.
Support Care Cancer. 2016 Apr;24(4):1897-906. doi: 10.1007/s00520-015-2983-3. Epub 2015 Oct 16.
Computer-based, patient-reported symptom survey tools have been described for patients undergoing chemotherapy. We hypothesized that patients undergoing radiotherapy might also benefit, so we developed a computer application to acquire symptom ratings from patients and generate summaries for use at point of care office visits and conducted a randomized, controlled pilot trial to test its feasibility.
Subjects were randomized prior to beginning radiotherapy. Both control and intervention group subjects completed the computerized symptom assessment, but only for the intervention group were printed symptom summaries made available before each weekly office visit. Metrics compared included the Global Distress Index (GDI), concordance of patient-reported symptoms and symptoms discussed by the physician and numbers of new and/or adjusted symptom management medications prescribed.
One hundred twelve patients completed the study: 54 in the control and 58 in the intervention arms. There were no differences in GDI over time between the control and intervention groups. In the intervention group, more patient-reported symptoms were actually discussed in radiotherapy office visits: 46/202 vs. 19/230. A sensitivity analysis to account for within-subjects correlation yielded 23.2 vs. 10.3 % (p = 0.03). Medications were started or adjusted at 15.4 % (43/280) of control visits compared to 20.4 % (65/319) of intervention visits (p = 0.07).
This computer application is easy to use and makes extensive patient-reported outcome data available at the point of care. Although no differences were seen in symptom trajectory, patients who had printed symptom summaries had improved communication during office visits and a trend towards a more active symptom management during radiotherapy.
已有针对接受化疗患者的基于计算机的患者报告症状调查工具。我们推测接受放疗的患者可能也会从中受益,因此我们开发了一个计算机应用程序来获取患者的症状评分,并生成总结以供在门诊就诊时使用,还进行了一项随机对照试验以测试其可行性。
在开始放疗前对受试者进行随机分组。对照组和干预组的受试者都完成了计算机化症状评估,但只有干预组在每周门诊就诊前可获取打印的症状总结。比较的指标包括总体痛苦指数(GDI)、患者报告症状与医生讨论症状的一致性以及新开具和/或调整的症状管理药物数量。
112名患者完成了研究:对照组54名,干预组58名。对照组和干预组随时间推移的GDI无差异。在干预组中,放疗门诊就诊时实际讨论的患者报告症状更多:46/202 对 19/230。考虑受试者内相关性的敏感性分析结果为23.2%对10.3%(p = 0.03)。对照组就诊时有15.4%(43/280)开始或调整了药物,干预组就诊时为20.4%(65/319)(p = 0.07)。
该计算机应用程序易于使用,可在门诊提供大量患者报告的结局数据。尽管在症状轨迹方面未发现差异,但有打印症状总结的患者在门诊就诊时沟通有所改善,且在放疗期间有更积极的症状管理趋势。