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Medical Imaging 2025-07-31

Deep Learning for Shoulder Fracture Detection

A deep learning-based ensemble system for automated shoulder fracture detection in clinical radiographs, addressing the need for rapid and accurate fracture identification in emergency and orthopedic settings.

5C Network Research Team · arXiv · DOI: 10.48550/arXiv.2507.13408

Key Findings

  • Ensemble approach combining multiple deep learning architectures achieves higher fracture detection accuracy than any single model
  • System identifies subtle and occult shoulder fractures that are frequently missed in emergency department workflows
  • Clinically validated on real-world radiographs from Indian hospitals with diverse imaging equipment
  • Decision support output includes fracture localization to aid radiologist confirmation
Read Full Paper on arXiv

Related Research

From the lab to the worklist

This research runs in production.

The methods described here are part of Bionic, the AI layer that pre-reads every study 5C reports — 15,000+ scans a day across 2,000+ facilities, each one signed by an NMC-registered radiologist.