ESC Congress 2003: Picture Perfect – Progress in non-invasive imaging
There has been increasing awareness of the importance of composition of athero-thrombotic plaque as a major risk factor for acute coronary syndromes. Several invasive and noninvasive imaging techniques are available to assess athero-thrombotic vessels.
Most of the standard techniques identify luminal diameter or stenosis, wall thickness, or plaque volume (such as multi-slice CT, angiography, IVUS, etc.); however, none are effective in determining the plaques that are unstable and vulnerable to thrombosis and proliferation. In vivo, high-resolution, multi-contrast, magnetic resonance imaging (MRI) holds the best promise of non-invasively imaging vulnerable plaques and determination of the different plaque components such as lipid core, fibrosis, calcifications and thrombosis deposits in all arteries including the coronary arteries.
Camilla Dormer | alfa
Scientists find new approach that shows promise for treating cystic fibrosis
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New research group at the University of Jena combines theory and experiment to demonstrate for the first time certain physical processes in a quantum vacuum
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Physicists in the EPic Lab at University of Sussex make crucial development in global race to develop a portable atomic clock
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Scientists of the Department of Physics at the University of Hamburg, Germany, detected the magnetic states of atoms on a surface using only heat. The...
Combining an atomically thin graphene and a boron nitride layer at a slightly rotated angle changes their electrical properties. Physicists at the University of Basel have now shown for the first time the combination with a third layer can result in new material properties also in a three-layer sandwich of carbon and boron nitride. This significantly increases the number of potential synthetic materials, report the researchers in the scientific journal Nano Letters.
Last year, researchers in the US caused a big stir when they showed that rotating two stacked graphene layers by a “magical” angle of 1.1 degrees turns...
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