Ghomrawi Hassan Mk, Baumann Lauren M, Kwon Soyang, Hebal Ferdynand, Hsiung Grace, Williams Kibileri, Reimann Molly, Stake Christine, Johnson Emilie K, Abdullah Fizan
Departments of Surgery and Pediatrics, Feinberg School of Medicine; Center for Healthcare Studies, Northwestern University.
Center for Healthcare Studies, Northwestern University; Division of Pediatric Surgery, Department of Surgery.
J Pediatr Surg. 2018 Aug;53(8):1600-1605. doi: 10.1016/j.jpedsurg.2017.09.016. Epub 2017 Oct 6.
Assessment of recovery after surgery in children remains highly subjective. However, advances in wearable technology present an opportunity for clinicians to have an objective assessment of postoperative recovery. The aims of this pilot study are to: (1) evaluate acceptability of accelerometer use in pediatric surgical patients, (2) use accelerometer data to characterize the recovery trajectory of physical activity, and (3) determine if postoperative adverse events are associated with a decrease in physical activity.
Children aged 3-18-years-old undergoing elective inpatient and outpatient surgical procedures were invited to participate. Physical activity was measured using an Actigraph GT3X wristworn accelerometer for ≥2days preoperatively and 5-14days postoperatively. Time spent performing light (LPA) and moderate-to-vigorous physical activity (MVPA) was expressed in minutes/day. Physical activity for each postoperative day was calculated as a percentage of preoperative activity, and recovery trajectories were produced. Adverse events were reported and mapped against recovery trajectories.
Of 60 patients enrolled, 25 (10 inpatients, 15 outpatients) completed the study procedures and were included in the analysis. For outpatient procedures, LPA recovered to preoperative level on postoperative day (POD) 7 and MVPA peaked at 90% on POD 8. For inpatient procedures, LPA peaked at 70% on POD 11, and MVPA peaked at 53% on POD 10. Adverse events in 2 patients were associated with a decline in activity.
This study demonstrates that objective monitoring of postoperative physical activity using accelerometers is feasible in the pediatric surgical population. Recovery trajectories for inpatient and outpatient procedures differ. Accelerometer technology presents clinicians with a new potential tool for assessing and managing surgical recovery, and for determining if children are not recovering as expected.
Diagnostic Study.
III.
儿童术后恢复情况的评估仍然高度主观。然而,可穿戴技术的进步为临床医生提供了客观评估术后恢复情况的机会。本初步研究的目的是:(1)评估加速度计在儿科手术患者中的可接受性,(2)利用加速度计数据描述身体活动的恢复轨迹,(3)确定术后不良事件是否与身体活动减少有关。
邀请3至18岁接受择期住院和门诊手术的儿童参与。术前≥2天和术后5至14天使用Actigraph GT3X腕戴式加速度计测量身体活动。进行轻度(LPA)和中度至剧烈身体活动(MVPA)的时间以分钟/天表示。计算术后每一天的身体活动量占术前活动量的百分比,并生成恢复轨迹。报告不良事件并将其与恢复轨迹进行对照。
在纳入的60例患者中,25例(10例住院患者,15例门诊患者)完成了研究程序并纳入分析。对于门诊手术,LPA在术后第7天恢复到术前水平,MVPA在术后第8天达到90%的峰值。对于住院手术,LPA在术后第11天达到70%的峰值,MVPA在术后第10天达到53%的峰值。2例患者的不良事件与活动量下降有关。
本研究表明,在儿科手术人群中使用加速度计客观监测术后身体活动是可行的。住院和门诊手术的恢复轨迹不同。加速度计技术为临床医生提供了一种新的潜在工具,用于评估和管理手术恢复情况,以及确定儿童是否未按预期恢复。
诊断性研究。
III级。