To propose a computer-assisted method for contralateral side comparison of the ankle joint using a single C-arm image volume, aiming to reduce radiation exposure during evaluation.
Key Findings:
The pipeline successfully applies automatic contralateral side comparison to the ankle joint, potentially enhancing diagnostic accuracy.
Standard planes serve as effective pose references for anatomical alignment, facilitating better surgical decisions.
Interpretation:
The proposed method enhances the evaluation of ankle joint reduction by allowing direct comparison with the contralateral side without additional radiation exposure, which is crucial for patient safety.
Limitations:
The approach requires accurate localization and segmentation of the ankles in the 3D image, which may be challenging in certain cases.
The effectiveness of the method may depend on the quality of the input images, potentially limiting its use in lower-quality imaging scenarios.
Conclusion:
This work represents a significant advancement in computer-assisted surgical techniques for ankle joint evaluation, potentially improving surgical outcomes and patient safety.
