(A) 3D volume rendering and (B) Curved multi planar reconstruction of a left anterior descending artery showing a proximal mostly non-calcified plaque with a spotty calcification (white arrow in (A) and (B) panels) and a distal calcified plaque. Semi-automatic segmentation of coronary vessel: calcified component (yellow), lipid component (green) and fibrotic (blue).</p
Background Calcification of the coronary vessel wall is regarded as a marker of advanced coronary at...
Identifying patients at increased risk of coronary artery disease, before the atherosclerotic compli...
Purpose. The authors assessed the effect of vascular attenuation and density thresholds on the class...
Cardiac imaging is central to the diagnosis and risk stratification of coronary artery disease, beyo...
Unstable coronary plaques that are prone to erosion and rupture are the major cause of acute coronar...
For better management of cardiovascular disease, it is of utmost importance to categorize the subjec...
Cardiac computed tomography (CT) to detect coronary calcification was performed on 161 patients unde...
Coronary artery disease (CAD) events are the leading cause of mortality in the U.S. Coronary atheros...
Conventional cardiac computed tomography (CT)-reading reports only coronary calcium scores and prese...
(A) % of LDLR promoter methylation/total input in CHD patients with CPV50 (n = 30) compared to HS (n...
<p>Computed tomography (CT) may characterize lipid-rich and presumably rupture-prone non-calcified c...
Circulating biomarkers available in clinical practice do not allow to stratify patients with coronar...
AIMS We aimed to investigate whether quantitative plaque features measured from coronary CT angiogra...
Circulating biomarkers available in clinical practice do not allow to stratify patients with coronar...
An unstable plaque has a high risk of thrombosis and at the same time for a fast progression of the ...
Background Calcification of the coronary vessel wall is regarded as a marker of advanced coronary at...
Identifying patients at increased risk of coronary artery disease, before the atherosclerotic compli...
Purpose. The authors assessed the effect of vascular attenuation and density thresholds on the class...
Cardiac imaging is central to the diagnosis and risk stratification of coronary artery disease, beyo...
Unstable coronary plaques that are prone to erosion and rupture are the major cause of acute coronar...
For better management of cardiovascular disease, it is of utmost importance to categorize the subjec...
Cardiac computed tomography (CT) to detect coronary calcification was performed on 161 patients unde...
Coronary artery disease (CAD) events are the leading cause of mortality in the U.S. Coronary atheros...
Conventional cardiac computed tomography (CT)-reading reports only coronary calcium scores and prese...
(A) % of LDLR promoter methylation/total input in CHD patients with CPV50 (n = 30) compared to HS (n...
<p>Computed tomography (CT) may characterize lipid-rich and presumably rupture-prone non-calcified c...
Circulating biomarkers available in clinical practice do not allow to stratify patients with coronar...
AIMS We aimed to investigate whether quantitative plaque features measured from coronary CT angiogra...
Circulating biomarkers available in clinical practice do not allow to stratify patients with coronar...
An unstable plaque has a high risk of thrombosis and at the same time for a fast progression of the ...
Background Calcification of the coronary vessel wall is regarded as a marker of advanced coronary at...
Identifying patients at increased risk of coronary artery disease, before the atherosclerotic compli...
Purpose. The authors assessed the effect of vascular attenuation and density thresholds on the class...