Peking Union Medical College Hospital
Beijing, Beijing Municipality, 100730, China
Location status: Recruiting
Location contact
Lihong Xu, B.N.
CONTACT
Zhenyu Liu, M.D.
CONTACT
NCT Number: NCT06007248
The present case-control study is designed to investigate the disease characteristics of IR-CAD by comparing the demographics, clinical features, lab results, imaging findings, and prior treatment between 20 patients with IR-CAD and 10 patients with AS-CAD.
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Request Info45 year–64 year
All sexes
Observational
Beijing, Beijing Municipality, 100730, China
Location status: Recruiting
Lihong Xu, B.N.
CONTACT
Zhenyu Liu, M.D.
CONTACT
A special type of coronary artery disease (CAD) has been identified in the investigators' clinical practice, which has completely different clinical features from those of typical atherosclerotic coronary artery disease (AS-CAD). The patients often have sterile inflammatory diseases and/or clinical evidence of inflammation, whose CAD progresses rapidly, recurs frequently, and responds poorly to intensified secondary prevention of AS-CAD, especially after percutaneous coronary intervention (PCI). The investigators name this special type of CAD with inflammation-associated rapidly-progressive coronary artery disease (IR-CAD). Currently, the overall disease characteristics of IR-CAD remain unknown.
The present case-control study is designed to investigate the disease characteristics of IR-CAD by comparing the demographics, clinical features, lab results, imaging findings, and prior treatment between 20 patients with IR-CAD and 10 patients with AS-CAD.
The first 20 patients who were enrolled in the IR-CAD cohort study, which included patients who met the inclusion/exclusion criteria for IR-CAD and received comprehensive treatment, will be enrolled in the case group of the present IR-CAD case-control study. Patients were diagnosed as IR-CAD if they have 1) evidence of rapidly progressive (occurred within 6 months or occurred on immunosuppressive therapy within 12 months of the last coronary revascularization) myocardial ischemia (typical symptoms and non-invasive evidence) despite standard treatment for secondary prevention of AS-CAD; 2) angiographic evidence of new coronary lesions (de novo stenosis or restenosis) considered to be relevant to myocardial ischemia; 3) evidence of inflammation (positive inflammation markers or established diagnosis of inflammatory diseases or use of immunosuppressive therapy). The comprehensive treatment for IR-CAD included: 1) intensified secondary prevention of AS-CAD; 2) immunosuppressive therapy; 3) coronary revascularization; 4) supportive therapies.
Patients who fulfill the inclusion/exclusion criteria for AS-CAD defined by the protocol of the present case-control study will be enrolled in the control group of the present case-control study. Patients will be diagnoses as AS-CAD if they 1) are ≥ 45 but < 65 years of age; 2) are receiving standard treatment for secondary prevention of AS-CAD after the last PCI which was performed 12±6 months ago; 3) do not have evidence of rapidly progressive (occurred within 6 months or occurred on immunosuppressive therapy within 12 months of the last PCI) myocardial ischemia (typical symptoms and non-invasive evidence); 4) do not have angiographic evidence of new coronary lesions (de novo stenosis or restenosis) considered to be relevant to myocardial ischemia.
Patients in the IR-CAD cohort study underwent examinations after they met the inclusion/exclusion criteria for IR-CAD based on a protocol specifically designed for the clinical management of IR-CAD patients. The results of the above examinations will be used as the examination results of the case group of the present IR-CAD case-control study. While patients in the control group of the present case-control study will undergo similar examinations after enrollment according to the protocol of the present case-control study.
The information regarding the baseline characteristics and the examination results, including demographics, clinical features, lab results, imaging findings, and prior treatment, will be collected and compared between the case group and the control group.
The primary endpoint is the rate of elevated erythrocyte sedimentation rate (ESR).
Eligible patients will be enrolled in the case group and the control group with a 2:1 ratio. The primary endpoint of the present case-control study is elevated erythrocyte sedimentation rate (ESR), which is defined as ESR > 15 mm for male, or ESR > 20 mm for female. In case of normal ESR, prior use of immunosuppressive therapy or prior diagnosis of autoimmune diseases before enrollment is regarded as the equivalent to elevated ESR. Based on currently available data from the IR-CAD cohort study, the rate of elevated ESR in the case group (IR-CAD patients) is 88.9% (8/9). The investigators hypothesize that the rate of elevated ESR in the control group (AS-CAD patients) is 20%. In consequence, 20 patients in the case group and 10 patients in the control group would be required to test the difference of the rate of the primary endpoint between the two groups at a significance level of 0.05 (α = 0.05) with a power of 90% (β = 0.10) and a drop-out rate of 20%.
Continuous variables will be presented as mean ± standard deviation (SD) or median (interquartile range [IQR]) and compared with two-sample t-test or Wilcoxon rank sum test, as appropriate. Categorical data will be demonstrated as n (%) and compared using Chi-square test or Fisher's exact test, as appropriate.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Case group (IR-CAD patients):
Control group (AS-CAD patients):
Exclusion criteria
Case group (IR-CAD patients):
Control group (AS-CAD patients):
The same as those for the case group (IR-CAD patients).
Lab tests (blood and urine and stool routine tests, hepatic and renal and thyroid function tests, tests for metabolic markers, tests for cardiac biomarkers, thrombosis-related tests, rheumatology tests, tests for inflammation markers), electrocardiography, echocardiography, Birmingham Vasculitis Activity Score (BVAS-3), 6-minute walk test, 1-minute squat test, vascular ultrasound, fibroblast activation protein inhibitor (FAPI) positron emission tomography/computed tomography (PET/CT), coronary angiography, optical coherence tomography (OCT), tests for exploratory biomarkers.
Time frame: From the last coronary revascularization up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with elevated ESR (> 15 mm for male or > 20 mm for female). In case of normal ESR, prior use of immunosuppressive therapy or prior diagnosis of autoimmune diseases before enrollment is regarded as the equivalent to elevated ESR.
Time frame: On the day of enrollment.
Age in years.
Time frame: On the day of enrollment.
Percentage of patients with female sex.
Time frame: On the day of enrollment.
Percentage of patients with yellow race.
Time frame: On the day of enrollment.
Percentage of patients admitted due to ACS for the index hospitalization.
Time frame: On the day of enrollment.
Percentage of patients admitted due to CCS for the index hospitalization.
Time frame: On the day of enrollment.
Percentage of patients with prior history of hypertension.
Time frame: On the day of enrollment.
Percentage of patients with prior history of dyslipidemia.
Time frame: On the day of enrollment.
Percentage of patients with prior history of diabetes.
Time frame: On the day of enrollment.
Percentage of patients with prior history of smoking.
Time frame: On the day of enrollment.
Percentage of patients with prior history of OMI.
Time frame: On the day of enrollment.
Percentage of patients with prior history of PCI.
Time frame: On the day of enrollment.
Percentage of patients with prior history of CABG.
Time frame: On the day of enrollment.
Number of prior coronary revascularization
Time frame: On the day of enrollment.
Measurement of blood pressure.
Time frame: On the day of enrollment.
Measurement of heart rate.
Time frame: On the day of enrollment.
Measurement of body weight.
Time frame: On the day of enrollment.
Measurement of height.
Time frame: On the day of enrollment.
BMI = Body weight [kg] / (Height [m])^2
Time frame: On the day of enrollment.
Percentage of patients on antithrombotic agents.
Time frame: On the day of enrollment.
Percentage of patients on β-blockers.
Time frame: On the day of enrollment.
Percentage of patients on blood pressure-lowering agents.
Time frame: On the day of enrollment.
Percentage of patients on lipid-lowering agents.
Time frame: On the day of enrollment.
Percentage of patients on hypoglycemic agents.
Time frame: On the day of enrollment.
Percentage of patients on glucocorticoids.
Time frame: On the day of enrollment.
Percentage of patients on immunosuppressive agents.
Time frame: On the day of enrollment.
Percentage of patients on other immunosuppressive therapy.
Time frame: From the last coronary revascularization up to the day of enrollment.
Percentage of patients with death, or Q wave myocardial infarction, or unplanned myocardial ischemia-driven coronary revascularization (PCI or CABG), or unplanned myocardial ischemia-driven hospitalization.
Time frame: From the last coronary revascularization up to the day of enrollment.
Percentage of patients with cardiovascular death, or target vessel related Q wave myocardial infarction, or target vessel related unplanned myocardial ischemia-driven coronary revascularization (PCI or CABG), or target vessel related unplanned myocardial ischemia-driven hospitalization.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of hemoglobin.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of red blood cell count.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of white blood cell count.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of platelet count
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ALT.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of AST.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of GGT.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ALP.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of LDH.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of T-Bil.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of D-Bil.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of Albumin
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of creatinine.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of BUN.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of T3.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of T4.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of FT3.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of FT4.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of TSH.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of TC.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of LDL-C.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of HDL-C.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of TG.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ApoA.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ApoB.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of Lp(a).
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of FBG.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of HbA1c.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of cTnI.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of CK-MB.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of CK.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of BNP.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of NT-proBNP.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of lupus anticoagulant.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of antiphospholipid antibody.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of anti-phosphatidylserine antibody.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of anti-prothrombin antibody.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of Protein S.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of Protein C.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of APC-R.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of anti-thrombin III.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of MPA.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ANA.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ANCA.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of AECA.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of RF.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of Anti-CCP.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of immunoglobulin.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of complement.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of ESR.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of hs-CRP.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of IL-6.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of TNF-α.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with pathological Q wave.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with dynamic ST-T changes.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with segmental wall motion abnormality.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Measurement of LAD.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Measurement of LVESD.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Measurement of LVEDD.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Measurement of LVEF.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Result of BVAS (version 3) assessment.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Result of 6-minute walk test (6MWT).
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Result of 1-minute squatting test (1MST).
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either temporal artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either carotid artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either vertebral artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either subclavian artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either Iliac artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either upper extremity artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either lower extremity artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in abdominal aorta on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in celiac trunk on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in superior mesenteric artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Percentage of patients with ≥ 50% diameter stenosis in either renal artery on vascular ultrasound.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Result of SYNTAX score assessment based on coronary angiogram.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Number of vessel segments with ≥ 50% diameter stenosis on coronary angiogram.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Measurement of the minimum lumen area of the target lesion on optical coherence tomography (OCT).
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Measurement of percent area stenosis (% AS) of target lesion = { [ ( proximal RLA + distal RLA ) - (MLA × 2) ] / ( proximal RLA + distal RLA ) } × 100% in the cross-section with the MLA of the target lesion on optical coherence tomography (OCT). RLA = reference lumen area; MLA = minimum lumen area; % AS = percent area stenosis.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
The mean of SUVmax of each major coronary artery on fibroblast activation protein inhibitor (FAPI) positron emission tomography/computed tomography (PET/CT).
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of RNA sequencing.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of proteomics.
Time frame: From the index hospital admission up to 2 weeks of enrollment, but before the initiation of comprehensive treatment for patients with IR-CAD.
Test result of metabolomics.
Contact information is provided by the study sponsor or research team.
Peking Union Medical College Hospital
Other
Disease Characteristics of Inflammation-associated Rapidly-progressive Coronary Artery Disease (IR-CAD): a Case-control Study
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