Home Monitoring for Thoracic Surgery Patients

Introduction: Surgical recovery after discharge from the hospital often poses confusion and challenges for patients and caregivers. This is more so when early dismissal after surgery has become the norm. Furthermore, the Canadian health care system is fragmented, with poorly integrated services. Thus, when patients transition from hospital to home following surgery, complications and inadequately controlled pain results in return to hospital or ED visits. Family caregivers are frustrated that health care providers involved in different aspects of a patient's care do not always communicate with one another, resulting in caregivers having to retell a patient's story and spending unnecessary time clarifying information during the ED visits. Caregivers and healthcare providers are looking for one clear point of contact that ensures patients' needs are met at every segment of their healthcare journey. Patients believe that when they receive care, it is generally of high quality. Despite the positive feedback from the patients about the quality of care, the system continues to struggle with transitional care due to a lack of system-wide integration. This randomized controlled trial on continuity of care with digital home monitoring for four weeks post-operatively in patients undergoing an elective thoracic surgical procedure. Eligible patients will be recruited from the surgeon's office, and informed consent will be obtained. Patients will be randomized to the control group (no digital care) or the intervention groups (digital care provided). Intraoperative and immediate postoperative care in the post-anesthesia care unit (PACU) and surgical ward will remain the same for all patients. At the time of hospital discharge, the control group will be discharged without receipt of home monitoring, and the intervention group will receive a home monitoring kit with (NIBP (non-invasive blood pressure) and SPO2 (pulse oximetry) with instructions on how to use these devices. Patients in the intervention groups will receive digital communication for four weeks and have their NIBP, HR (heart rate), SPO2 and pain scores evaluated once a day for two weeks. The control group will not be monitored with continuity of care. After this period, 30-day emergency department visits will be measured and compared between the two groups, along with 30-day readmission rates, in-hospital length of stay, mortality, quality of recovery 40 item scale (QoR-40), European Quality of Life 5 Dimensions (EQ5D), patient satisfaction score, and societal and hospital cost. ED visits and readmission rate: In Ontario, between 2014 and 2016, within 30 days after lung cancer lobectomy surgery, the readmission rate was 5.9%, and the Emergency Department (ED) visit rate was 16.2%.(1) At the LHSC, the 30-day ED visit rates were 21.5% \[95% CI 15.91, 27.14\], and the 30-day readmission rates were 6.73% \[95% CI 3.21, 10.24\] for lung cancer lobectomy.(1) Between 2015/2016 and 2017/2018, unadjusted data of readmissions or ED visits within seven days after Video Assisted Thoracoscopic Surgery (VATS) and open thoracotomy were 9% and 7%, respectively, at LHSC. Post-surgical discharge hospital visits remain a significant problem in post-thoracic surgical care. Patients have to wait too long during ED visits, which negatively impacts provider, caregiver and patient well-being. The investigators believe that a virtual care option extending the continuity of care post-discharge is a viable solution to this problem. Digital solution - virtual care: In the last few years, the focus on patient care has moved from clinical to home. Now, more than ever, it is necessary to engage patients before, throughout the perioperative period, and in rehabilitation, post-surgery to ensure the best possible patient health outcomes while reducing LOS and unplanned readmissions. Ensuring patients are prepared to adhere to the post-surgical plan of care once released from the hospital can increase the length of hospital stay by as much as 25%. Digital solutions can alleviate the problem by enabling remote monitoring of a patient's vital signs, symptoms and behaviour at home, sending medication reminders, monitoring medication use and the patient's understanding of the self-care content it is delivering, ensuring patients remain on the pathway toward better health, finally improving the patient's outcomes. Continuity of care: Continuity of care after discharge has been shown to reduce readmissions and ED visits. Hence, extending the continuity of care in a patient's home may reduce revisit rates. (2) In one study on thoracic surgery, 30-day readmissions were reduced using a hospital-operated "Integrated Comprehensive Care" program, comprised of a single nurse coordinator, eight registered and practical nurses, and six physiotherapists, along with respiratory therapists, dieticians, and occupational therapists on an "as-needed" basis. (3) In another study, education, coordinated discharge, physician follow-up, \& home visits all contributed to reduced readmission rates. (4) Of note, Canadian data show that within the first seven days after surgical discharge, 28.3% of the diagnoses fall within the Canadian Emergency Department Triage and Acuity Scale (CTAS) IV or V; i.e. less or non-urgent. Those are likely manageable at the patient's home if appropriate transitional care is available and possibly preventable. For patients at risk or rising at risk, continuity of care with digital solutions offers a pathway to providing more education, influencing behaviour, and creating better outcomes for patient populations. Care teams can understand what's going on with each patient daily or weekly, as opposed to once or twice a year through an office visit. With a continuous and more complete picture of patient health, they can adjust care plans as needed and proactively engage populations in managing their care. ECG monitoring: The investigators incorporated home-based ECG monitoring in this population because atrial fibrillation is one of the critical indicators of adverse outcomes after thoracic surgery. After thoracic surgery, postoperative atrial fibrillation (POAF) occurs in 10.5% of patients(4), 7.3% after Video-Assisted Thoracoscopic Surgery (VATS) and 11.7% in open thoracotomy. (5) In major non-cardiac surgery as a group, the incidence of POAF is 3.0% (6), making POAF, after thoracic surgery, one of the highest in non-cardiac surgery. POAF is associated with infections (7); increased mortality (6); intra-operative transfusions (8); post-operative transfusions (9); post-operative pneumonia (10); respiratory failure (11); and therefore may be an important sign, or result, of postoperative complications, rather than the cause. In one study, POAF occurred at a mean of 3.55 days, with an increased in-hospital length of stay \[LOS\]. (7) Long-term follow-up of over 900 days showed that POAF recurs in 17.1% of non-cardiac surgical patients, with implications for long-term cerebrovascular accidents (CVA). (12) In a database study of 1,729,360 patients, POAF in non-cardiac surgery was associated with a CVA within one year, at an HR of 2.0 (1.7 - 2.3) compared to cardiac surgery or a cumulative rate of 1.47% (95% CI 1.24 - 1.75%). (13) Associated with higher mortality and complications, POAF adds another dimension to the high rate of unplanned hospital visits after thoracic surgical discharge. Digital Monitoring: Even though continuous monitoring is the standard of care in the postanesthesia care unit, patients are managed by periodic vital checks by the nursing team in the surgical wards and no monitoring after the hospital discharge. Once patients are discharged from the hospital, patients and family caregivers feel vulnerable and abandoned. Digital home monitoring and digital self-care, such as blood pressure and SPO2 measurement at home, enable a small number of providers to coach many patients. Post-operative home monitoring with non-invasive blood pressure (NIBP), heart rate (HR), hemoglobin oxygen saturation (SpO2), \& pain scores collected at regular intervals has been instituted previously. (14) Such monitoring will help stratify CTAS IV/V patients from CTAS I, II, or III cases. Along with the vitals, home-based ECG monitoring will allow detection of early signs and symptoms of any concerns, which can be intervened and managed remotely. The proposed trial: Therefore, the investigators propose a pilot randomized controlled trial on continuity of care with digital home monitoring for two weeks post-operatively in patients undergoing an elective thoracic surgical procedure and four weeks of two-way communication.