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AI INFORM Trial (SCCT 2026)

AI vs. Expert CAC Agreement (SCCT 2026)

Real-World Comparison of AI Models for Vertebral Fracture Detection

SCCT: Assessing the Impact of AI Detection of Coronary Plaque on Chest CT Scans and Notification of Treating Physicians

Forbes Article: Why Healthcare Innovation Is Only As Useful As Deployment

SCCT 2026: AI Detection of Incidental Coronary Artery Calcium to Enhance Cardiovascular Disease Prevention: The AI INFORM Trial

SCCT 2026: Agreement Between AI-Detected Coronary Artery Calcium & Expert Visual Assessment: A Multi-Site Analysis

Applications of Digital Tomosynthesis in the Musculoskeletal System

DTS basically splits the radiographs into layers resulting in anatomical structures and abnormalities not obscured by other structures

This leads to
-Improved visualization of bones joints (especially wrist and hand, foot)
-Increased sensitivity of occult fracture diagnosis
-Improved visualization of different types of lesions
-Improved imaging in patients with metal, casts, splint and bracing
-Better localization of lesions
-Less dependency on position
-Elimination of pseudo-fractures created by superimposition of structures

Beyond Chest X-Ray: Revealing Hidden Pulmonary Pathology with Digital Tomosynthesis (DTS)

Real world comparison between the HealthVCF and HealthOST AI models for detection of vertebral fractures from existing CT scans

Artificial Intelligence Vs Human Interpretation For Opportunistic Detection Of Vertebral Fractures In Routine Ct Imaging: Results Of A 2-Months Pilot Study

Impact of AI-enabled vertebral fracture (VF) identification on Fracture Liaison Service (FLS) Key Performance Indicators (KPIS) and treatment recommendations