Icahn School of Medicine at Mount Sinai
New York, 10029, United States
NCT Number: NCT01837823
Coronary artery disease (CAD) remains a leading cause of death in most countries. It is well known that the reduction of cholesterol levels by statin therapy is associated with significant decreases in plaque burden. REVERSAL, ASTEROID, and more recently the SATURN II trial showed that in patients with CAD, lipid lowering with atorvastatin or rosuvastatin respectively reduced progression of coronary atherosclerosis, even causing plaque regression of some lesions. CAD clinical events are related to plaque instability due to lipid content and activity within the atherosclerotic plaque. The investigators recently completed the YELLOW I study, and identified that intensive statin therapy (rosuvastatin 40mg) was associated with a reduction in the amount of lipid in obstructive coronary plaques, as measured by near-infrared spectroscopy (NIRS). The YELLOW II study is designed to expand and build upon these results, and to provide mechanistic insights into the potential benefits of intensive statin therapy on atherosclerotic plaques.
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Notify Me18 year and older
All sexes
Interventional
Phase 2
New York, 10029, United States
YELLOW II is a single site study and will assess the regression of plaque lipid content and changes in plaque morphology from atherosclerotic lesions after high-dose statin therapy by utilizing NIRS, IVUS and optical coherency tomography (OCT) imaging modalities in the coronary arteries. We propose to image non-culprit coronary lesions using these modalities in patients with two or three diseased coronary vessels deemed to warrant intervention on clinical grounds. Thus, at the time of enrolment patients will undergo Percutaneous Coronary Intervention (PCI) of a non-study culprit lesion, and triple-modality imaging of the potential non-culprit ('YELLOW') lesion. If there is high baseline lipid content in the non-culprit YELLOW lesion (max 4mm LCBI > 150), patients will be formally entered into this study. Following this, all enrolled subjects will receive high-dose lipid lowering therapy (rosuvastatin 40mg daily). The non-culprit YELLOW lesion will undergo staged intervention 8-12 weeks following study enrolment and baseline imaging. At this time the YELLOW lesion will be reimaged to determine whether high-dose statin therapy caused a reduction in lipid content as assessed by NIRS, and other altered plaque morphology as assessed by OCT and IVUS. In addition, both at baseline and at the time of final non-culprit YELLOW lesion PCI, blood samples will be drawn during baseline and follow-up procedure to characterize reverse cholesterol transport by ability of patient HDL to accept cholesterol from cholesterol-laden (mouse J774) macrophage (cholesterol efflux) and the effect of patient HDL and apolipoprotein A1 on macrophage gene expression and migration.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
All subjects will receive rosuvastatin 40mg/day for 8-12 weeks
Other names: Crestor
Time frame: baseline and 8-12 weeks
Correlation between the changes in plaque morphology composition by intravascular imaging with changes in HDL functionality. HDL functionality is measured by the Cholesterol Efflux Capacity (CEC). Plaque morphology is represented by the Fibrous Cap Thickness.
Time frame: baseline and 8-12 weeks
Correlation between the change in plaque morphology composition by intravascular imaging with inflammatory cell activity.
Time frame: baseline and at 8-12 weeks
Maximum LCBI 4mm (ΔLCBI4mm max) of the non-culprit YELLOW lesion at baseline and 8-12 weeks thereafter.
LCBI4mm max : 4-mm long segment with maximum lipid core burden index (LCBI), where the LCBI is calculated as the fraction of yellow pixels on a chemogram x 1000. Each pixel on the chemogram represents a probability of lipid presence in the given region; pixels are color-coded on a red-to-yellow color scale, with the low probability of lipid shown as red and the high probability of lipid shown as yellow.
Time frame: baseline and at 8-12 weeks
ΔFibrous Cap Thickness measured by OCT at baseline and at 8-12 weeks
Time frame: Baseline and 8 weeks
Correlation between ΔLCBI4mm max will be related to Δ values from baseline to 8-12 weeks thereafter in specific IVUS (ΔPlaque burden) imaging measures. Plaque burden is Plaque + Media divided by Total Plaque Area in %.
Time frame: baseline and at 8-12 weeks
ΔLCBI4mm max will be related to Δ values from baseline to 8-12 weeks thereafter in inflammatory and lipid parameters responses to patient-derived samples.
Time frame: at baseline and at 8-12 weeks
As related to other outcomes, change in LCBI measured across the entire lesion (rather than ΔLCBI4mm max). The LCBI Score, computed as the fraction of valid pixels within the scanned region that exceeded a LCP probability of 0.6 multiplied by 1000, summarized the amount of LCP in the entire scanned region of the coronary vessel on a 0-to-1000 scale .
Time frame: at baseline and at 8-12 weeks
As related to other outcomes, change in LCBI 4mm measured at the identical anatomical site at both time points, as defined by the LCBI4mm max site at baseline (rather than ΔLCBI4mm max).
LCBI4mm: 4-mm long segment with maximum lipid core burden index (LCBI), where the LCBI is calculated as the fraction of yellow pixels on a chemogram x 1000. Each pixel on the chemogram represents a probability of lipid presence in the given region; pixels are color-coded on a red-to-yellow color scale, with the low probability of lipid shown as red and the high probability of lipid shown as yellow.
Time frame: baseline and at 8-12 weeks
Change in total atheroma volume (TAV) and lumen cross sectional area on OCT.
Time frame: within 24 hrs of PCI
Post procedure CK-MB, Troponin-I release at final YELLOW lesion PCI.
Time frame: baseline
Correlation of baseline lipid parameters with baseline LCBI4mm max
Time frame: baseline and at 8-12 weeks
To relate changes in plaque lipid content and morphology to the patient haptoglobin genotype.
Time frame: baseline and at 8-12 weeks
To assess the mechanism of reverse cholesterol transport that arises with high-dose statin therapy, as related to changes in plaque lipid content and morphology, and systemic vascular inflammation. Reverse cholesterol transport (RCT) is a pathway by which accumulated cholesterol is transported from the vessel wall to the liver for excretion, thus preventing atherosclerosis.
Time frame: baseline and at 8-12 weeks
Correlation of changes in plaque morphology by OCT, IVUS and NIRS with the perturbations in peripheral blood mononuclear cell transcriptome using microarray analysis.
data not collected for this measure.
Time frame: at 30 days
Major Adverse Cardiac Events (MACE) defined as a combined clinical endpoint of death, MI (Q wave or non Q-wave with CK-MB >3 times above the upper normal limit (48 U/L), urgent revascularization or stroke at 30 days.
Time frame: at 1 year
Major Adverse Cardiac Events (MACE) defined as a combined clinical endpoint of death, MI (Q wave or non Q-wave with CK-MB >3 times above the upper normal limit (48 U/L), urgent revascularization or stroke at 1 year.
Icahn School of Medicine at Mount Sinai
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