A new and automated risk prediction of coronary artery disease using clinical endpoints and medical imaging-derived patient-specific insights: protocol for the …
Introduction Coronary artery disease (CAD) is the leading cause of death worldwide. More
than a quarter of cardiovascular events are unexplained by current absolute cardiovascular
disease risk calculators, and individuals without clinical risk factors have been shown to
have worse outcomes. The 'anatomy of risk'hypothesis recognises that adverse anatomical
features of coronary arteries enhance atherogenic haemodynamics, which in turn mediate
the localisation and progression of plaques. We propose a new risk prediction method …
than a quarter of cardiovascular events are unexplained by current absolute cardiovascular
disease risk calculators, and individuals without clinical risk factors have been shown to
have worse outcomes. The 'anatomy of risk'hypothesis recognises that adverse anatomical
features of coronary arteries enhance atherogenic haemodynamics, which in turn mediate
the localisation and progression of plaques. We propose a new risk prediction method …
[HTML][HTML] Protocol: A new and automated risk prediction of coronary artery disease using clinical endpoints and medical imaging-derived patient-specific insights …
Introduction Coronary artery disease (CAD) is the leading cause of death worldwide. More
than a quarter of cardiovascular events are unexplained by current absolute cardiovascular
disease risk calculators, and individuals without clinical risk factors have been shown to
have worse outcomes. The 'anatomy of risk'hypothesis recognises that adverse anatomical
features of coronary arteries enhance atherogenic haemodynamics, which in turn mediate
the localisation and progression of plaques. We propose a new risk prediction method …
than a quarter of cardiovascular events are unexplained by current absolute cardiovascular
disease risk calculators, and individuals without clinical risk factors have been shown to
have worse outcomes. The 'anatomy of risk'hypothesis recognises that adverse anatomical
features of coronary arteries enhance atherogenic haemodynamics, which in turn mediate
the localisation and progression of plaques. We propose a new risk prediction method …
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