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AI-powered clavicle fracture detection on X-ray and CT imaging. Classify midshaft, distal, and medial fractures with displacement assessment. 4 AI models evaluate fracture pattern and alignment for treatment guidance.
Clavicle fractures are the most common shoulder girdle fracture, accounting for approximately 5% of all adult fractures. The middle third of the clavicle is involved in roughly 80% of cases due to its thin cross-section and lack of muscular or ligamentous support. Lateral third fractures account for 15% and medial third for 5%. Imaging is critical for characterizing fracture pattern, displacement, comminution, and shortening, all of which influence treatment decisions. Our AI consortium evaluates fracture morphology and associated findings to support clinical management.
Surgical fixation is generally considered for fractures with significant displacement (more than 100% cortical width), shortening greater than 2 cm, open fractures, neurovascular compromise, or certain lateral third fractures with ligament instability. Our AI measures displacement and shortening on imaging to provide data relevant to this decision.
Most clavicle fractures heal within 6-12 weeks with conservative management using a sling. Surgically repaired fractures may allow earlier rehabilitation. Non-union occurs in roughly 5-15% of displaced midshaft fractures managed conservatively. Follow-up imaging can confirm healing progress.
X-rays are typically the first-line imaging and often sufficient for diagnosing and characterizing clavicle fractures. MRI may be obtained to evaluate subtle or occult fractures, assess associated soft tissue injuries, or investigate non-union. Our AI analyzes both modalities to provide comprehensive fracture characterization.
Upload your MRI or X-ray DICOM files for private, AI-powered analysis. 4 models analyze independently â all data stays in your browser.
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