Search results
Coronary Calcification: Types, Morphology and Distribution
Author(s):
Michelle C Morris
,
Rolf P Kreutz
Added:
10 months ago
Review Article
Added:
2 months 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…
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Added:
7 months ago
Source:
Radcliffe Cardiology
AUTHOR: Sean DelaneyA greater number of traditional cardiovascular risk factors is strongly associated with increased coronary plaque vulnerability in patients with acute coronary syndrome (ACS), particularly in culprit lesions, according to a new analysis published in JACC.¹ The study provides a direct morphological link between the cumulative burden of risk factors and the high-risk plaque…
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IVUS123 workflow for PCI
Author(s):
Simon J Walsh
,
Rafael Cavalcante
,
Kevin Croce
,
et al
Added:
3 weeks ago
Review Article
Artificial Intelligence Enabling OCT Interpretation
Author(s):
Nitin Chandramohan
,
Jonathan Hinton
,
Peter O’Kane
,
et al
Added:
1 year ago
Review Article
Has the Pressure Wire Had its Day?
Author(s):
Bhavik Modi
,
Subhabrata Dutta
,
Damien Collison
,
et al
Added:
1 year ago
Point-Counterpoint
Coronary Calcification: From Pathophysiology to Outcomes
Author(s):
Angela McInerney
,
Seán O Hynes
,
Nieves Gonzalo
Added:
12 months ago
Review Article