Assessing left main bifurcation anatomy and haemodynamics as a potential surrogate for disease risk in suspected coronary artery disease without stenosis - Scientific Reports Scientific Reports - Assessing left main bifurcation anatomy and haemodynamics as a potential surrogate for disease risk in suspected coronary artery disease without stenosis

🫀💡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

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#CardiovascularResearch #ImagingBiomarkers #CTCA #Bioengineering #UNSW

Sex-Specific Variances in Anatomy and Blood Flow of the Left Main Coronary Bifurcation: Implications for Coronary Artery Disease Risk - PubMed This work facilitates a better understanding of sex differences in factors contributing to CAD, ultimately improving screening and therapeutic strategies particularly for women who currently have…

💡 Coronary shape + flow differences underpin why women show more non-obstructive CAD while men develop earlier, obstructive disease

This moves us closer to sex-specific risk prediction and therapy in coronary artery disease.
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#ScientificResearch #ImagingBiomarkers #Cardiology

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. 🫀

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#CardiovascularScience #CTCA #ImagingBiomarkers #Atherosclerosis

UK cancer centre launches AI-powered detection drive The Royal Marsden NHS Foundation Trust has joined forces with two private-sector companies on AI models to detect cancer and guide treatment choices

#medicalimaging #AIpoweredcancerdetection #NTTDataGroup #CARPLai #AIpoweredradiologyanalysisservice #sarcoma #lungcancer #breastcancer #braincancer #prostatecancer #RADSARCR #AIBRACE #imagingbiomarkers #NHS #NIHR #NIHRfunding #ICR #AImodels #CARPLaiplatform
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