Computed tomographic myocardial mass compared with invasive myocardial perfusion measurement.

Daniëlle C J KeulardsStephane FournierMarcel van 't VeerIginio ColaioriJo M ZelisMohamed El FarissiFrederik M ZimmermannCarlos ColletBernard De BruyneNico H J Pijls

Published in: Heart (British Cardiac Society) (2020)

Our study shows a close relationship between the relative mass of the perfusion territory calculated by the specific CT algorithm and invasively measured myocardial perfusion. As such, these data support the use of CTmass to estimate territorial myocardium-at-risk in proximal coronary arteries.

Keyphrases

contrast enhanced
coronary artery
coronary artery disease
machine learning
computed tomography
left ventricular
deep learning
electronic health record
magnetic resonance imaging
image quality
dual energy
data analysis
aortic stenosis
atrial fibrillation