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Author(s): Frederick Welt Added: 3 months ago
Expand your understanding of acute coronary syndromes beyond traditional plaque rupture with Dr Frederick Welt.In this presentation, part of the Complex Cases track in Women As One's CLIMB® 2025 Skills Training Program, Dr Frederick Welt uses a compelling case study of a young woman with diabetes presenting with non-STEMI to demonstrate how advanced imaging reveals the full spectrum of coronary… View more
Author(s): Rodrigo Bagur , Angela McInerney , Rolf Kreutz , et al Added: 8 months ago
This webinar brings together leading experts Dr Rodrigo Bagur, Dr Angela McInerney, Dr Rolf Kreutz, Dr Sohail Khan, Dr Sophia Khattak, Dr Jonathan Hinton and Dr Peter O’Kane to explore the challenges and solutions in managing calcified coronary artery disease. The session will provide a detailed examination of coronary calcification from pathological and clinical perspectives, including… View more
Author(s): Rodrigo Bagur , Angela McInerney , Rolf Kreutz , et al Start date: Apr 23, 2025
This webinar brings together leading experts Dr Rodrigo Bagur, Dr Angela McInerney, Dr Rolf Kreutz, Dr Sohail Khan, Dr Sophia Khattak, Dr Jonathan Hinton and Dr Peter O’Kane to explore the challenges and solutions in managing calcified coronary artery disease. The session will provide a detailed examination of coronary calcification from pathological and clinical perspectives, including… View more
Added: 1 month ago Source:  Radcliffe Cardiology
An artificial intelligence (AI) algorithm can identify high-risk coronary plaques on optical coherence tomography (OCT) images and predict adverse outcomes, according to findings from the PECTUS-AI study.¹ The research suggests that AI-assisted analysis of the entire imaged vessel provides superior prognostic value compared to manual analysis of a target lesion alone.Coronary thin-cap… View more