This is a multi-center, prospective, and interventional study conducted in 3 types of cardiovascular diseases (CVD) participants , including 3 cohorts which are patients with newly or previously diagnosed coronary heart disease ( CHD), atrial fibrillation ( AF) and chronic heart failure (CHF).
The mainly purpose of this study is describe the prevalence of COPD of the participants with 3 types of CVD who are aged 40 years or older, and also observe the effect of cardiopulmonary co management on the short term prognosis of participants with CVD and COPD. This study will enroll approximately 3,000 participants, with approximately 1,000 participants in each cohort.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
DIAGNOSTIC
Masking
NONE
Enrollment
3,000
The intervention is implemented at the investigator level and the patient level, consisted of 3 parts: 1. Disease education * Investigator level:All investigators will receive COPD and CVD disease education according to Chinese Guideline pproximately 4 weeks before the first subject is enrolled. * Patient level:After the subjects are enrolled, the cardiologists and pulmonologist will provide disease education on their respective disease areas,education will be provided every 4 weeks until the end of the study. 2. Treatment:Cardiologists and pulmonologists will work together to provide treatment management for subjects with CVD and COPD. 3. Follow-up management:the subjects will be followed up every 4 weeks.
The number and percentage of COPD in participants with CVD,CHD,AF,CHF.
To describe the prevalence of COPD in participants with CVD.
Time frame: Baseline
The hospitalization/readmission rate in participants with COPD.
To describe the hospitalization/readmission rate in participants with COPD during the implementation of cardiopulmonary co-management.
Time frame: Baseline-week12
The hospitalization/readmission rate in CHD, AF and CHF participants with COPD.
To describe the hospitalization/readmission rate in participants with CVD during the implementation of cardiopulmonary co-management.
Time frame: Baseline-week12
Change from baseline in SAQ score in participants with CHD and COPD.
To describe the effects of cardiopulmonary co-management on quality of life, symptoms and activity tolerance in participants with COPD.
Time frame: Baseline,week4,week8,week12
Change from baseline in AFEQT score in participants with AF and COPD.
To describe the effects of cardiopulmonary co-management on quality of life, symptoms and activity tolerance in participants with COPD.
Time frame: Baseline,week4,week8,week12
Change from baseline in KCCQ score in participants with CHF and COPD.
To describe the effects of cardiopulmonary co-management on quality of life, symptoms and activity tolerance in participants with COPD.
Time frame: Baseline,week4,week8,week12
Change from baseline in CAT score in participants with COPD.
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Research Site
Anqing, China
NOT_YET_RECRUITINGResearch Site
Beijing, China
RECRUITINGResearch Site
Beijing, China
NOT_YET_RECRUITINGResearch Site
Beijing, China
NOT_YET_RECRUITINGResearch Site
Beijing, China
NOT_YET_RECRUITINGResearch Site
Beijing, China
RECRUITINGResearch Site
Changsha, China
NOT_YET_RECRUITINGResearch Site
Changsha, China
RECRUITINGResearch Site
Chaohu, China
NOT_YET_RECRUITINGResearch Site
Chengdu, China
RECRUITING...and 75 more locations
To describe the effects of cardiopulmonary co-management on quality of life, symptoms and activity tolerance in participants with COPD.
Time frame: Baseline,week4,week8,week12
Change from baseline in SGRQ score in participants with COPD.
To describe the effects of cardiopulmonary co-management on quality of life, symptoms and activity tolerance in participants with COPD.
Time frame: Baseline,week4,week8,week12
Change from baseline in 6MWD score in participants with COPD.
To describe the effects of cardiopulmonary co-management on quality of life, symptoms and activity tolerance in participants with COPD.
Time frame: Baseline,week4,week8,week12
Change from baseline in pre-dose FEV1 and FVC value
To describe the effects of cardiopulmonary co-management on lung function in participants with COPD.
Time frame: Baseline,week12
Change from baseline in FEV1 and FVC value within 4 hours post-dosing.
To describe the effects of cardiopulmonary co-management on lung function in participants with COPD.
Time frame: Baseline,week12
The rate of AF recurrence in participants with AF and COPD.
To describe the rate of AF recurrence during the period of cardiopulmonary co-management.
Time frame: Baseline-week12
Change from baseline in BNP/NT-proBNP value in the participants with CHF and COPD.
To describe the change of biomarkers in the participants with CVD and COPD during the period of cardiopulmonary co-management.
Time frame: Baseline,week12
Change from baseline in blood lipids value(TC, LDL, HDL and TG) in the participants with CHD and COPD.
To describe the change of biomarkers in the participants with CVD and COPD during the period of cardiopulmonary co-management.
Time frame: Baseline,week12
Propotion of newly diagnosed COPD participants in subjects with COPD at baseline.
To describe the undiagnosed rate of COPD in participants with CVD.
Time frame: Baseline
Propotion of newly diagnosed COPD patients in CHD, AF and CHF participants with COPD at baseline.
To describe the undiagnosed rate of COPD in participants with CVD.
Time frame: Baseline
Propotion of participants at high risk of COPD in participants with CVD, CHD, AF and CHF at baseline.
To describe the proportion of participants at high risk of COPD among CVD patients.
Time frame: Baseline
Propotion of participants at high risk of COPD diagnosed with COPD in participants with CVD, CHD, AF and CHF at baseline.
To describe the proportion of participants at high risk of COPD among CVD patients.
Time frame: Baseline
Distribution of stable COPD medications by drug class (ICS, ICS/LABA, methylxanthines,etc) and others [antibiotics, systemic corticosteroids, traditional Chinese medicine, etc]) in mono or combination at baseline and week 12.
To describe the COPD-related treatment patterns before and after the implementation of cardiopulmonary co-management.
Time frame: Baseline,week12