To compare ultrasound-based and CBCT-based augmented reality workflows for spinal needle insertion guidance.
Key Findings:
Ultrasound-based shape completion provides real-time, radiation-free visualization of spinal anatomy.
CBCT offers high anatomical accuracy but lacks adaptability to intraoperative motion.
AR integration enhances spatial awareness and ergonomics during spinal procedures.
Interpretation:
The study highlights the potential of combining ultrasound and CBCT in AR environments to improve spinal intervention outcomes by providing real-time, patient-specific anatomical visualizations.
Limitations:
The study was conducted on a phantom model, which may not fully replicate clinical conditions.
Challenges in calibration and tracking accuracy in AR systems remain.
Conclusion:
Integrating dynamic ultrasound reconstructions into AR workflows could enhance the precision and safety of spinal needle procedures, addressing limitations of existing static imaging modalities.
