爱尔兰Covid-19远程监测计划中患者报告的症状严重程度和脉搏血氧仪

C. Edwards, E. Costello, M. Curley, L. Smyth, C. O’Seaghdha, R. Costello, K. O'Reilly
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引用次数: 1

摘要

理由:截至2020年10月30日,爱尔兰共记录了60,287例(1,267/100,000)Covid-19 (SARS-CoV-2)病例。释放院内能力的一项重要战略是开发远程监测平台,以支持有轻/中度Covid-19症状的低风险患者的家庭护理或早期出院。方法:监测平台由面向患者的应用程序+脉搏血氧仪(蓝牙连接Nonin 3230)组成,使患者能够记录症状(如呼吸困难、腹泻;严重程度为10分制)、体温和血氧饱和度(SpO2)。提示患者记录测量结果4次/天。他们的医疗保健中心通过专用的基于web的监测门户实时查看患者记录的数据。远程监测标准包括:Covid-19症状、SARS-CoV-2阳性、年龄小、无严重并发症、出院后需继续观察。治疗中心通过电子邮件发送应用程序安装说明,并向患者提供脉搏血氧仪。如果脉搏血氧测量值超过预定义的阈值,治疗中心和患者将收到警报。结果:在2020年3月13日至10月31日期间,8个初级保健中心和15个二级保健中心的1,045名患者使用了远程监测平台[中位持续时间:13天(四分位数间距为10-23天)]。11名患者入院,12名先前住院的患者再次入院。933名患者(89%)同意使用他们的假名数据进行研究。感染严重程度的症状和生理指标差异很大。871例患者记录了呼吸困难数据,其中53例评分为6/10,23例评分为8/10。300例患者记录了腹泻数据,其中24例为6/10,6例为8/10(见图)。907例患者的SpO2数据可用。733例报告SpO2 94-96%, 334例报告SpO2 92-93%, 265例报告在监测期间至少有一次SpO2≤91%。结论:对适当患者进行Covid-19远程监测可以释放院内能力。这些患者中的大多数愿意提供假名数据,以支持新冠肺炎的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Patient-Reported Symptom Severity and Pulse Oximetry in the Covid-19 Remote Monitoring Programme in Ireland
Rationale: A total of 60,287 (1,267/100,000) cases of Covid-19 (SARS-CoV-2) were recorded in Ireland by 30 October 2020. An important strategy to free up in-hospital capacity was development of a remote monitoring platform to support at-home care or early discharge of lower-risk patients with mild/moderate Covid-19 symptoms. Methods: The monitoring platform consisted of a patient-facing app + pulse oximeter (Bluetoothconnected Nonin 3230) enabling patients to record symptoms (e.g. breathlessness, diarrhea;severity rated on a 10-point scale), temperature & oxygen saturation (SpO2). Patients were prompted to record measurement 4 times/day. Patient-recorded data was viewed in real time by their healthcare centre via a dedicated web-based monitoring portal. Criteria for remote monitoring included: Covid-19 symptoms, positive for SARS-CoV-2, young age, absence of serious concomitant conditions, need for continued observation post-discharge. Treatment centres emailed app installation instructions and supplied a pulse oximeter to their patients. Treatment centres & patients received alerts if pulse oximetry values crossed pre-defined thresholds. Results: Between 13 March and 31 October 2020, 1,045 patients at 8 primary & 15 secondary care centres had used the remote monitoring platform [median duration: 13 days (interquartile range 10-23 days)]. 11 patients were admitted to hospital and 12 previously hospitalized patients were readmitted. 933 patients (89%) gave consent to use of their pseudonymised data for research. Symptoms and physiological markers of severity of infection varied considerably. 871 patients recorded breathlessness data with 53 rating severity as 6/10 and 23 as 8/10. 300 patients recorded diarrhea data with 24 rating severity as 6/10 and 6 as 8/10 (see Figure). SpO2 data were available for 907 patients. 733 patients reported SpO2 94-96%, 334 reported SpO2 92-93%and 265 patients reported SpO2 ≤91% at least once during the monitoring period. Conclusions: Remote monitoring of Covid-19 in appropriate patients can free up in-hospital capacity. The majority of these patients were willing to provide pseudonymised data to support research on Covid-19. .
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