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Edoardo De Rose,Ciro Benito Raggio,Ahmad Riccardo Rasheed et al. Edoardo De Rose et al.
Purpose: Identifying and quantifying coronary artery calcification (CAC) is crucial for preoperative planning, as it helps to estimate both the complexity of the 2D coronary angiography (2DCA) procedure and the risk of de...
Jiangyun Li,Zhongkang Lu,Shuang Leng et al. Jiangyun Li et al.
The auto-labeling of coronary artery segments plays an important role in the diagnosis of cardiovascular diseases. Due to the high degree of complexity and diversity in coronary artery structures, it is still a very challenging task after m...
Jihye Chae,Jihoon Kweon,Gyung-Min Park et al. Jihye Chae et al.
This multi-center retrospective study analyzed 1,076 coronary angiography images obtained from 420 patients, comparing AI-QCA and visual estimation against manual QCA as the reference standard.
Saeid Shakeri,Farshad Almasganj Saeid Shakeri
Background and objective: Background subtraction of X-ray coronary angiograms (XCA) can significantly improve the diagnosis and treatment of coronary vessel diseases. The XCA background is complex and dynamic due to struc...
Tao Wang,Xiaojun Su,Yuchao Liang et al. Tao Wang et al.
The experimentation employed 1606 coronary angiography images obtained from 132 patients, resulting in an accuracy of 88.9 %, a recall rate of 85.4 %, an F1 score of 0.871, and a MAP value of 0.875 for vascular stenosis detection.
WenJun Pu,Yan Chen,Shuai Zhao et al. WenJun Pu et al.
Computational fluid dynamics (CFD) methods integrating coronary angiography images and fractional flow reserve (FFR) offer a novel approach for computing mean coronary blood flow.
Hyun-Woo Kim,Soon-Cheol Noh,Sun-Hwa Kim et al. Hyun-Woo Kim et al.
The importance of 3D reconstruction of coronary arteries using multiple coronary angiography (CAG) images has been increasingly recognized in the field of cardiovascular disease management. This process relies on the camera matrix's optimiz...
Hadis Edrisnia,Mohammad Hossein Sarkhosh,Bahram Mohebbi et al. Hadis Edrisnia et al.
This study introduces an innovative FFR computation method that involves creating five patient-specific geometries from two-dimensional coronary angiography images and conducting numerical simulations using computational fluid dynamics with a three-element Windkessel model boundary condition at the outlet
Young In Kim,Jae-Hyung Roh,Jihoon Kweon et al. Young In Kim et al.
A separate dataset of 676 coronary angiography images from 370 patients was retrospectively analyzed to compare AI-QCA with manual QCA performed by expert analysts.
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