Artificial Intelligence models achieved 71.0% to 100% accuracy in diagnosing rotator cuff tears on MRI, with no significant differences compared to human experts (p > 0.05).
Systematic Review
Do Artificial Intelligence models applied to MRI images accurately diagnose and classify rotator cuff tears compared to human experts?
AI models demonstrate high accuracy (71-100%) in detecting rotator cuff tears on MRI, performing comparably to human experts.
p-value: p=> 0.05
Objective: This descriptive systematic review aimed to assess in the available literature on the current application and overall performance of Artificial Intelligence (AI) models in the diagnosis and classification of Rotator Cuff Tears (RCTs) using MRIs. Methods: The systematic review was performed by two of the authors from 2020 to November 2024. Only diagnostic studies involving AI application to MRI images of the rotator cuff were considered, including supraspinatus and biceps tears. Studies evaluating AI applications to Ultrasound or X-ray, or including only healthy rotator cuffs, were not analyzed in this paper. Results: The coronal plane in the T2 sequence emerged as the predominant imaging protocol, with the VGG network being the most widely utilized AI model. The studies included in this research exhibited a solid performance of the AI models with accuracy, ranging from 71.0% to 100%. The statistical analysis revealed no significant differences (p > 0.05) in accuracy, sensitivity, specificity, or precision between AI and human experts across studies that included such comparisons. Conclusions: While AI can significantly improve diagnostic efficiency and workflow optimization, future studies must focus on external validation, regulatory approval, and AI-human collaboration models to ensure safe and effective integration into orthopedic imaging.
Longo et al. (Fri,) conducted a systematic review in Rotator Cuff Tears. Artificial Intelligence (AI) models vs. Human experts was evaluated on Accuracy, sensitivity, specificity, or precision (p=> 0.05). Artificial Intelligence models achieved 71.0% to 100% accuracy in diagnosing rotator cuff tears on MRI, with no significant differences compared to human experts (p > 0.05).