The purpose of this study is to evaluate the effectiveness of a telehealth program for patients discharged after coronary artery bypass surgery, specifically examining whether it reduces symptom distress, improves self-care skills, and enhances quality of life compared to usual care.
Background:
Cardiovascular diseases (CVD) contribute substantially to global mortality rates and have consistently ranked as the second leading cause of death in Taiwan for many years.Coronary artery bypass graft (CABG) is an important and common surgical procedure for treating cardiovascular disease. However, one in four patients who undergo CABG suffers from postoperative complications, including pain, wound infections, and sleep disturbances, which can further impact their quality of life. Some of these symptoms may last from weeks to months, and if left unresolved, they may hinder the patient's recovery and increase the risk of death. Additionally, shorter hospital stays make it more challenging for patients to transition from hospital to home and adjust to changes in their lives, which can lead to poorer self-care behaviors and worsen complications such as heart failure, wound infections, and cardiac arrhythmia, seriously affecting their quality of life.
Telehealth refers to the use of communication technology, electronic medical equipment, and professional medical technology to provide the public with a wider range of medical care services in familiar community or home environments, facilitating local aging. Its functions and benefits encompass four major dimensions:
1. . Physiological information monitoring: This includes the transmission, storage, and utilization of data such as blood pressure, blood glucose, and pulse. The consolidated data can serve as a basis for adjusting medication.
2. . Contact and coordination of care services: This involves emergency responses from the patient side, monitoring of abnormal signals, and reminders for follow-up visits.
3. . Assistance in self-health management: This entails monitoring changes in the patient's daily physiological parameters and encouraging self-management and tracking, including exercise, medication, diet, and maintaining a healthy lifestyle.
4. Video consultations: Nurses and patients can communicate over long distances to achieve effective monitoring and control, breaking geographical constraints. This allows for customized health consultations and guidance, as well as emotional support.
International literature confirms that telehelth services can reduce healthcare costs, emergency room visits, readmission rates, and mortality rates.
Study Design and Interventions:
The study adopts an open-label, two-arm, parallel-group randomized controlled design. Participants will be randomly assigned into one of two groups:
Experimental group: Telehealth program Control group:Usual care (Routine hospital discharge care) Experimental Group: Patients will be discharged from the hospital to telehealth program with the following interventions.
Telephone interviews were arranged every three days by the investigator, who had more than 10 years of experience in case management practice and was certified as a cardiovascular and diabetes health teacher. The main purpose of the telephone interviews was to encourage and supervise the patients to develop good self-health care behaviors, which included: (1) asking about the daily blood pressure, weight, and edema of the lower limbs (2) providing medication counseling, and exercise and dietary hygiene (3) wound care advice (4) providing advice on the use of wounds, and (5) providing advice on the use of wounds, and (6) providing advice on the use of wounds, and (7) providing advice on the use of wounds. Wound care guidance (4) Avoidance of heart disease risk factors such as smoking and second-hand smoke (5) Tracking of physical condition at the time of outpatient visit and assisting in referral to relevant outpatient clinics such as nutrition or rehabilitation clinics according to the patient's condition. In addition to this, a set of QOCA portable electrocardiogram (ECG) measuring device will be provided for use at home. During the hospitalization period, we will ask the vendor to assist in installing the ECG software on the patient's cell phone, instructing the patient on how to operate the device and repeat the instructions until the patient is able to operate it by themselves. Repeat the instructions until the patient is able to operate the device on his/her own, and bring back a manual with instructions for operation, informing the patient that the frequency of measurements should be once in the morning and once in the evening, but if he/she has chest congestion, he/she can upload the measurements at any time, and send the website address of the center's platform and the operation procedures to the patient by SMS, asking him/her to enter the daily physiological values of blood pressure and blood glucose, and the researcher will contact him/her to assess his/her medical condition when there are abnormalities in the cardiac rhythms, blood pressure, or blood glucose, and provide 24-hour online counseling services. Provide 24-hour online counseling service to detect problems as early as possible and handle them immediately to avoid deterioration of their symptoms.
In the control group, subjects were given routine discharge counseling and telephone follow-up within 7 days of discharge.
Study Duration and Data Collection: The study will last 4 weeks for each participant. Data will be collected from hospital records, patient self-reports and questionnaire scales. Measured outcomes will include:
Primary outcome: degree of improvement in symptom distress, self-care ability, and quality of life.
Secondary Outcome: Physiologic data (e.g., blood pressure, heart rate, and weight).
Randomization and Recruitment: Participants will be recruited from cardiology wards according to the inclusion criteria (patients undergoing first time coronary artery bypass surgery). Randomization will be randomly coded, with numbers placed in envelopes numbered from 1 to 160, which will be self-administered, with odd-numbered subjects assigned to the experimental group and even-numbered subjects assigned to the control group.
Significance: This study will evaluate the effectiveness of a telehealth program compared with usual care, with the goal of improving telehealth service quality. The intervention is expected to reduce symptom distress, strengthen self-care behaviors, and improve quality of life among patients recovering at home after coronary artery bypass surgery. Ultimately, the findings may support telehealth as an essential care strategy for integration into future hospital-based services.
