To describe the use of distance mapping in surgical planning specifically for corrective osteotomies of the distal radius and scaphoid reconstructions.
Key Findings:
Distance mapping helps identify planning errors that could lead to surgical failure, thereby improving patient safety.
3D planning improves visualization of pathologies and enhances surgical outcomes through better preoperative preparation.
Static distance mapping was effective for preoperative planning and postoperative quality control, ensuring consistent results.
Interpretation:
The integration of distance mapping in surgical planning significantly enhances accuracy and reduces the risk of errors in complex hand and wrist surgeries, leading to better patient outcomes.
Limitations:
CBCT has a limited field of view, which may not be suitable for all cases, potentially affecting the comprehensiveness of imaging.
The segmentation process requires operator input, which may introduce variability and affect the consistency of distance mapping results.
Conclusion:
Distance mapping is a valuable tool in virtual surgical planning, aiding in the prevention of surgical errors and improving patient outcomes.
