EuroPCR2026-images-102117-mechanism-explains-dark-side-late-stent-failure

Which mechanism best explains this high-resolution OCT image?
Calcific neointimal proliferation
Organized thrombus
In-stent neoatherosclerosis with lipid-rich plaque (thin-cap fibroatheroma phenotype)
Correct! The correct answer is "In-stent neoatherosclerosis with lipid-rich plaque (thin-cap fibroatheroma phenotype)".
 
•There is no critical compromise of lumen, but the plaque within the stent has eccentric signal-poor area with marked signal attenuation. •This dark area is the signal-poor lipid pool that is covered by thin bright fibrous cap and is completely within stent boundaries. •This morphology suggests lipidic neo-atherosclerosis and can lead to plaque rupture with imminent in-stent thrombosis.

 
Good try! The correct answer is "In-stent neoatherosclerosis with lipid-rich plaque (thin-cap fibroatheroma phenotype)".
 
•There is no critical compromise of lumen, but the plaque within the stent has eccentric signal-poor area with marked signal attenuation. •This dark area is the signal-poor lipid pool that is covered by thin bright fibrous cap and is completely within stent boundaries. •This morphology suggests lipidic neo-atherosclerosis and can lead to plaque rupture with imminent in-stent thrombosis.
 
 
{"name":"EuroPCR2026-images-102117-mechanism-explains-dark-side-late-stent-failure", "url":"https://www.poll-maker.com/QOJDRRKCM","txt":"Which mechanism best explains this high-resolution OCT image?, Correct! The correct answer is \"In-stent neoatherosclerosis with lipid-rich plaque (thin-cap fibroatheroma phenotype)\".   •There is no critical compromise of lumen, but the plaque within the stent has eccentric signal-poor area with marked signal attenuation. •This dark area is the signal-poor lipid pool that is covered by thin bright fibrous cap and is completely within stent boundaries. •This morphology suggests lipidic neo-atherosclerosis and can lead to plaque rupture with imminent in-stent thrombosis., Good try! The correct answer is \"In-stent neoatherosclerosis with lipid-rich plaque (thin-cap fibroatheroma phenotype)\".   •There is no critical compromise of lumen, but the plaque within the stent has eccentric signal-poor area with marked signal attenuation. •This dark area is the signal-poor lipid pool that is covered by thin bright fibrous cap and is completely within stent boundaries. •This morphology suggests lipidic neo-atherosclerosis and can lead to plaque rupture with imminent in-stent thrombosis.","img":"https://www.poll-maker.com/3012/images/ogquiz.png"}
Tools: Poll Maker | Quiz Maker