🫀💡We've shown that the coronary artery's anatomy can predict early atherosclerosis.
✅ 127 CTCA
✅ 11 anatomical features
✅ >75% of flow variance explained
👉 New risk markers via routine imaging
🔗 buff.ly/TtzDuRI
#CardiovascularResearch #ImagingBiomarkers #CTCA #Bioengineering #UNSW
Our @SciReports study shows that simple CT-based geometry of the left main predicts flow disturbances driving plaque formation.
No CFD. No stenosis. Just anatomy → risk insight. 🫀
🔗 buff.ly/AZt0Ypo
#CardiovascularScience #CTCA #ImagingBiomarkers #Atherosclerosis
🩺 How accurate are simplified #CFD models in coronary flow analysis?
Our latest study compares the flow-split outflow strategy to the gold-standard multiscale simulation across resting & hyperaemic conditions.
🔗 buff.ly/iiUNhb4
#CardiovascularResearch #CTCA #Haemodynamics
🫀 Why do men and women experience coronary disease so differently?
Our work revealed distinct anatomical and blood flow patterns in the left main coronary bifurcation — even in patients without stenosis.
🔗 buff.ly/ZG17FBv
#CardiovascularResearch #CTCA #SexDifferences #Bioengineering
Turns out the shape of your arteries really matters! New research by @susannbeier.bsky.social & colleagues shows that when blood flow gets turbulent, it can quietly damage artery walls long before clogs form - a faster way to spot heart risk early.
#CardiovascularResearch #CFD #CTCA #ResearchSky
🫀 @SciReports
Our study of 127 CTCA scans reveals that key left main coronary anatomy features, like vessel twists, predict *early* coronary disease.
This could enable early risk assessment from standard imaging 🧠💻
🔗 buff.ly/AZt0Ypo
#CardiovascularResearch #CFD #CTCA #Atherosclerosis #Bioeng
📢 The ASOCA Challenge dataset is now freely available—complete with annotated CTCA & segmentation benchmarks.
Join the global effort (>850 downloads, 36 countries) to tackle coronary imaging barriers!
🔗 buff.ly/qDPWvkZ
#MedImageAI #OpenData #CTCA
🌀 Which tortuosity metric best predicts low wall shear stress (atherosclerosis risk)?
Our study on 127 CTCA cases found average absolute curvature wins—time for a shift in vascular assessments: buff.ly/mJnw0EX
#CardioImaging #Biomechanics #CTCA
AngioTAC coronaria es una alternativa no invasiva viable para diagnosticar la coronariopatía a pacientes con coronariopatía de riesgo bajo a intermedio #CTCA #CAD www.mdpi.com/3481730
🚨 Open dataset alert!
40 fully annotated CTCA cases (20 normal vs diseased) including calcification & centerline data—perfect for segmentation, modelling, educational use.
Access here 👉 reshare.ukdataservice.ac.uk/855916/
#MedImageAI #OpenData #CTCA
🌀 Which tortuosity metric best predicts low wall shear stress (atherosclerosis risk)?
Our study on 127 CTCA cases found average absolute curvature wins—time for a shift in vascular assessments: www.nature.com/articles/s41...
#CardioImaging #Biomechanics #CTCA
📢 The ASOCA Challenge dataset is now freely available—complete with annotated CTCA & segmentation benchmarks.
Join the global effort (>850 downloads, 36 countries) to tackle coronary imaging barriers!
🔗 reshare.ukdataservice.ac.uk/855916/
#MedImageAI #OpenData #CTCA
10y results of the SCOT-HEART #MI #CTCA trial out. www.thelancet.com/journals/lan...
One opinion here: open.substack.com/pub/sensible...
What's your take #CardioSky?
interesting. i like HeartFlow to 'see' soft and calcified 'plaque burden'
.
but here reduced MACE in cabg pts going back for pci:
#cardiosky #ctopci #ctca
www.ahajournals.org/doi/10.1161/...