社區(qū)糖尿病患者自我管理干預(yù)效果研究
[Abstract]:Background Industrialization, urbanization and population aging have brought about tremendous changes in lifestyle, and the related chronic diseases and risk factors are also increasing rapidly. In 2010, the prevalence rate of diabetes was 9.7%, the awareness rate was only 36.1%, and the control rate was only 34.7%. This shows that the awareness and control of diabetes is not very optimistic. In China, a large number of diabetic patients and relatively scarce health resources determine the patients themselves. A large number of international studies have proved that community diabetes self-management can improve the self-efficacy of patients with diabetes, stimulate their initiative and potential, effectively help them to control blood glucose, and then prevent and reduce diabetes. On the other hand, self-management of diabetes itself embodies the new concept of chronic disease prevention and treatment, from simple treatment to health management and disease management, from professional action to mass action, and accords with the new "physiological-psychological-social" medical model. Based on the research of self-management intervention on diabetes mellitus at home and abroad, the model and effect of community-based self-management intervention on diabetes mellitus were further explored, and its short-term cost-effectiveness was analyzed to provide a scientific reference for further improving the self-management model of diabetes mellitus and provide practical reference and evidence support for policy makers. Objective 1. To study the effect and short-term cost-effectiveness of self-management intervention on diabetes related knowledge, self-efficacy, behavior, physical and biochemical indexes. 2. To study the influencing factors of self-management intervention on diabetic patients. The research method and content selected 510 type 2 diabetic patients recruited from 17 communities/villages in 4 streets of Fangshan District in Beijing as the subjects. 510 subjects were randomly divided into 17 intervention groups in each village. The self-management practice of patients with chronic diseases - diabetes mellitus (ISBN 978-7-117-18927-9/R.18928), written by the Center for Chronic Diseases of the Center for Disease Control and Prevention of China, was used as a textbook. The participants in the intervention group were intervened in the activities of self-management group of diabetes mellitus patients before and one month after the intervention. Baseline and final surveys were conducted among the subjects. Data and information were collected by physical measurement, laboratory tests and questionnaires. Knowledge score, self-efficacy score, related behavior, physical measurement index and biochemical index of diabetic patients were selected as the effect indicators, and the short-term cost-effectiveness analysis of the corresponding indicators was carried out. Establish a database with Epidata 3.1 software, double-input the questionnaire, and form the final database after cleaning the data. Use SAS 9.3 software to analyze the data. If the measurement data obey normal distribution, use mean, standard deviation to describe its centralized trend and discrete trend, and use t-test. The mean between groups was compared with the mean before and after themselves, and the influencing factors of some indexes were analyzed by multiple linear regression. If not obeying normal distribution, the median was used to describe the centralized trend, and the rank sum test was used to compare the mean between groups and the mean before and after themselves. Results 1. A total of 500 valid questionnaires were collected at the end of the general survey, including 259 in the intervention group and 241 in the control group. There were 174 males (34.80%) and 326 females (65.20%). There was no significant difference between the two groups in demographic characteristics (gender, age, education, marital status, per capita monthly income, etc.) (P 0.05). 2. Effect and short-term cost-effectiveness 2. The rate of correct answers to 9 questions of fewer symptoms, normal range of fasting blood glucose, chronic complications, normal range of body mass index, self-monitoring of blood glucose, causes of hypoglycemia, recommended control targets of blood pressure, a reasonable plan of action in food exchange was higher than that of the control group (P 0.05), and the total score of knowledge in the intervention group was 82.32 (15.10), the control group. The self-efficacy of the intervention group was higher than that of the control group (P 0.01). The self-efficacy of the intervention group was higher than that of the control group (P 0.01). The self-efficacy of the intervention group in diet self-efficacy, exercise self-efficacy, drug self-efficacy, blood glucose monitoring self-efficacy, foot care self-efficacy, prevention and treatment self-efficacy of high and low blood glucose, and total self-efficacy were 25.80 + 3.58, 17. The scores of control group were 23.27 (- 4.51), 16.10 (- 3.70), 13.51 (- 2.13), 13.57 (- 3.70), 20.57 (- 4.64), 16.90 (- 3.01) and 103.9 (- 17.98), respectively. The scores of intervention group were higher than those of control group (P Monitoring: After intervention, the rate of self-monitoring blood glucose in intervention group and the rate of equipped with blood glucose meter in home were 87.26% and 69.50% respectively, and 63.07% and 57.68% in control group. The frequency of self-monitoring blood glucose in intervention group and control group were higher than that in control group (P 0.05). 2.3.2 Foot care: After intervention, the intervention group washed feet with water at the right temperature, and the level of nail clipping, using skin care ointment and regular doctor check feet were 98.07%, 84.94%, 69.50%, 42.47% respectively. The control group was 87.97%, 72.61%, 50.62%, 31.12% respectively. The intervention group was higher than the control group (P 0.05). The frequency of self-examination was 7 days/week and 5 days/week respectively, and the intervention group was higher than the control group (P 0.01). 2.3.3 Healthy diet: The frequency of the intervention group and the control group following the healthy diet requirements were 6 days/week and 5 days/week respectively, and the intervention group was higher than the control group (P 0.01). Intervention group was higher than control group (P 0.01). 2.3.4 Aerobic exercise: After intervention, the frequency of aerobic exercise for 30 minutes and more in intervention group and control group were 7 days/week and 6 days/week respectively. Intervention group was higher than control group (P 0.01). 2.3.5 medication and smoking and drinking: medication, intervention group and control group were self-medication after intervention. Smoking rate of intervention group was higher than that of control group (P 0.05). There was no significant difference in smoking rate between intervention group and control group (P 0.05). Indicators and biochemical indicators before and after intervention, the average weight of intervention group decreased by 1.49 kg, the control group increased by 1.14 kg, the difference was significant (P 0.05); intervention group and control group in diabetes related biochemical indicators were not significantly different (P 0.05). 2. The total cost of increasing the days of self-monitoring blood glucose per week was 70012.60 yuan, and the average cost was 270.32 yuan. The total cost of increasing the days of self-examination feet per week was 70012.60 yuan and the average cost per capita was 270.32 yuan. The total cost was 70012.60 yuan and the per capita cost was 270.32 yuan. The influencing factors of intervention effect were baseline knowledge score, age (age), education level, per capita monthly income (yuan), the overall evaluation of group activities and the frequency of community doctor participation (P 0.05). 3.2 The influencing factors of intervention effect were baseline self-efficacy score and group activities overall evaluation. The baseline weight (kg), sex, monthly income per capita (yuan) (P 0.05). 4. Satisfaction and intention 4.1 in intervention group and self-evaluation intervention group were 96.14% and 84.9% respectively. Four percent of the participants in the intervention group said they would continue to participate in self-management group activities. In the intervention group, 80.08% of the control group and 80.08% of the control group indicated that they would be willing to participate in diabetes self-management activities if they did the best and the worst respectively. Among the eight self-management tasks, participants in the intervention group rated themselves as the best and worst performers as "moderate exercise" and "self-monitoring of blood sugar", respectively. A parallel control group was set up to evaluate the intervention effect and the short-term cost-effectiveness. The results showed that the self-management intervention was effective in improving the knowledge, self-efficacy and behavior of diabetic patients. This study also found that diabetic patients had relatively poor self-efficacy, behavior or self-evaluation in terms of "self-monitoring of blood glucose", "foot care", "mastery of insulin injection skills" and "evaluation of exercise intensity". It was suggested that community development should be carried out in the future. The above aspects should be strengthened in the self-management activities of diabetic patients.
【學(xué)位授予單位】:中國疾病預(yù)防控制中心
【學(xué)位級別】:碩士
【學(xué)位授予年份】:2015
【分類號】:R587.1
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