<p>The 3d volume-rendered datasets were reconstructed using the proposed method with deconvolution. The total imaging time was 10 min with a fov of 4.5 cm by 3.5 cm by 9.5 cm (<i>x</i>,<i>y</i>,<i>z</i>).</p
Fully automatic generation of a volumetric representation of the coronary artery tree can be achieve...
Coronary arterial imaging and the assessment of the severity of arterial stenoses can be achieved wi...
We present computational fluid dynamics (CFD) results of virtual fractional flow reserve (vFFR) calc...
<p>Images were reconstructed with the proposed reconstruction formulation and contrasted to the prev...
Abstract-In this paper we report results from an ongoing study about the diagnostic benefits of thre...
This report describes the development of a deformable model for the automatic delineation of coronar...
In this paper we report results from an ongoing study about the diagnostic benefits of three-dimensi...
One of the main causes of death in the western countries are coronary heartdiseases. Presently, the ...
In this paper we report results from an ongoing study about the diagnostic benefits of three-dimensi...
Objective:We wanted to evaluate the impact of two reconstruction algorithms (halfscan and multisecto...
In this paper preliminary results of a study about the diagnostic benefits of 3D visualization and q...
Objective: We sought to image coronary arteries in excised hearts. Methods: Twelve excised pigs' hea...
Background: Research in heart disease can be aided by modelling myocardial hemodynamics with knowled...
Strain imaging of the carotid artery (CA) has demonstrated to be a technique capable of identifying ...
Purpose: To investigate the image quality of CT angiograms obtained with various anatomical, scannin...
Fully automatic generation of a volumetric representation of the coronary artery tree can be achieve...
Coronary arterial imaging and the assessment of the severity of arterial stenoses can be achieved wi...
We present computational fluid dynamics (CFD) results of virtual fractional flow reserve (vFFR) calc...
<p>Images were reconstructed with the proposed reconstruction formulation and contrasted to the prev...
Abstract-In this paper we report results from an ongoing study about the diagnostic benefits of thre...
This report describes the development of a deformable model for the automatic delineation of coronar...
In this paper we report results from an ongoing study about the diagnostic benefits of three-dimensi...
One of the main causes of death in the western countries are coronary heartdiseases. Presently, the ...
In this paper we report results from an ongoing study about the diagnostic benefits of three-dimensi...
Objective:We wanted to evaluate the impact of two reconstruction algorithms (halfscan and multisecto...
In this paper preliminary results of a study about the diagnostic benefits of 3D visualization and q...
Objective: We sought to image coronary arteries in excised hearts. Methods: Twelve excised pigs' hea...
Background: Research in heart disease can be aided by modelling myocardial hemodynamics with knowled...
Strain imaging of the carotid artery (CA) has demonstrated to be a technique capable of identifying ...
Purpose: To investigate the image quality of CT angiograms obtained with various anatomical, scannin...
Fully automatic generation of a volumetric representation of the coronary artery tree can be achieve...
Coronary arterial imaging and the assessment of the severity of arterial stenoses can be achieved wi...
We present computational fluid dynamics (CFD) results of virtual fractional flow reserve (vFFR) calc...
DOI
Add to ORKG