Deep-learning analysis of computed tomography coronary angiography data enables more accurate computation of the shear stress distribution than conventional analysis by experts

Oct 14, 2025·
A. Sivananthan
,
S. M. T. Kumaran
,
admin
,
A. Mohammed
,
A. Ramasamy
,
A. S. Kalogeropoulos
,
M. Ozkor
,
G. Zeren
,
N. A. L. Yap
,
X. He
,
P. Serruys
,
J. C. Moon
,
A. Mathur
,
A. Broersen
,
P. Kitslaar
,
X. Zhang
,
J. H. C. Reiber
,
J. Dijkstra
,
F. Pugliese
,
A. Baumbach
,
R. Torii
,
C. V. Bourantas
· 0 min read
Abstract
Deep learning-based analysis of CT coronary angiography is shown to compute wall shear stress distribution more accurately than conventional expert analysis, validated against near-infrared spectroscopy-intravascular ultrasound modelling.
Type
Publication
Journal of Cardiovascular Computed Tomography
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