This article uses the smart medical case management tracking system, combined with various terminal devices to fully record the measured data (pulse, blood pressure) for case home care tracking to prevent the occurrence and deterioration of the disease. Therefore, with the promotion of the eHealth medical staff and members of the family can instantly grasp the health of the body and cultivate the habits of self-health management and enhance the quality of care. Therefore, we hope to use the Smart Health Cloud as an interventional measure to improve the care of patients with coronary artery disease, improve self-management ability and quality of life.
The World Health Organization points out that cardiovascular disease is the number one killer of global deaths, killing 17.1 million people worldwide each year, accounting for 31% of the world's total deaths. Heart disease is the second leading cause of death in China. Coronary artery disease (CAD) is the majority, and coronary artery disease is the most common cardiovascular disease. Good self-management can reduce disease risk factors and improve related prognosis. It is also an important issue in health promotion around the world. This article uses the smart medical case management tracking system, combined with various terminal devices to fully record the measured data (pulse, blood pressure) for case home care tracking to prevent the occurrence and deterioration of the disease. Therefore, with the promotion of the eHealth medical staff and members of the family can instantly grasp the health of the body and cultivate the habits of self-health management and enhance the quality of care. Therefore, we hope to use the Smart Health Cloud as an interventional measure to improve the care of patients with coronary artery disease, improve self-management ability and quality of life.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
HEALTH_SERVICES_RESEARCH
Masking
NONE
Enrollment
60
The study was randomized (wait-list-control), and it was estimated that 60 subjects were randomly assigned to the immediate treatment group and the wait-list-control group. The two groups were tested for baseline before intervention in the eHealth. After the first questionnaire evaluation, the experimental group was involved in the eHealth for three months, and after three months, the experimental group and the waiting intervention control group were post-tested. To assess the effectiveness of the two groups before and after the eHealth . Control group that waits for intervention in the fourth month from the beginning of the fourth month to the end of the sixth month
TSGH
Taipei, Taiwan
physiological indicators-HDL-C(T1)
HDL-C, the unit is mg/dL
Time frame: T1-baseline
physiological indicators-HDL-C(T2)
HDL-C, the unit is mg/dL
Time frame: T2-three months later
physiological indicators-HDL-C(T3)
HDL-C, the unit is mg/dL
Time frame: T3-six months later
physiological indicators-LDL-C(T1)
LDL-C, the unit is mg/dL
Time frame: T1-baseline
physiological indicators-LDL-C(T2)
LDL-C, the unit is mg/dL
Time frame: T2-three months later
physiological indicators-LDL-C(T3)
LDL-C, the unit is mg/dL
Time frame: T3-six months later
physiological indicators-Total Cholesterol(T1)
Total Cholesterol, the unit is mg/dL
Time frame: T1-baseline
physiological indicators-Total Cholesterol(T2)
Total Cholesterol, the unit is mg/dL
Time frame: T2-three months later
physiological indicators-Total Cholesterol(T3)
Total Cholesterol, the unit is mg/dL
Time frame: T3-six months later
physiological indicators-Triglyceride(T1)
Triglyceride, the unit is mg/dL
Time frame: T1-baseline
physiological indicators-Triglyceride(T2)
Triglyceride, the unit is mg/dL
Time frame: T2-three months later
physiological indicators-Triglyceride(T3)
Triglyceride, the unit is mg/dL
Time frame: T3-six months later
physiological indicators-GLU(T1)
GLU, the unit is mg/dL
Time frame: T1-baseline
physiological indicators-GLU(T2)
GLU, the unit is mg/dL
Time frame: T2-three months later
physiological indicators-GLU(T3)
GLU, the unit is mg/dL
Time frame: T3-six months later
physiological indicators-HbA1C(T1)
HbA1C, the unit is %
Time frame: T1-baseline
physiological indicators-HbA1C(T2)
HbA1C, the unit is %
Time frame: T2-three months later
physiological indicators-HbA1C(T3)
HbA1C, the unit is %
Time frame: T3-six months later
self-management-T1
use The partners in Health scale. total of 12 questions,The scoring method uses the nine-point Likert Scales score. The score of 0 is divided into self-management performance, and the score of 8 indicates that self-management is good. The total score is 96 points. The higher the score, the better the self-management.
Time frame: T1-baseline
self-management-T2
use The partners in Health scale. total of 12 questions,The scoring method uses the nine-point Likert Scales score. The score of 0 is divided into self-management performance, and the score of 8 indicates that self-management is good. The total score is 96 points. The higher the score, the better the self-management.
Time frame: T2-three months later
self-management-T3
use The partners in Health scale. total of 12 questions,The scoring method uses the nine-point Likert Scales score. The score of 0 is divided into self-management performance, and the score of 8 indicates that self-management is good. The total score is 96 points. The higher the score, the better the self-management.
Time frame: T3-six months later
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.