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Algorithm to the treatment of Crouzon syndrome
Mirco Raffaini1, Alice Sara Magri1, Lorenzo Genitori2
1"Facesurgery Center", Parma, Italy.
Summary
This study outlines a surgical algorithm for Crouzon syndrome, demonstrating successful facial normalization and improved breathing through fronto-orbital advancement, Le Fort III distraction, and orthognathic surgery.
Area of Science:
- Craniofacial surgery
- Pediatric plastic surgery
- Genetics
Background:
- Crouzon syndrome presents complex craniofacial abnormalities requiring staged surgical correction.
- Long-term follow-up data on the complete surgical sequence for Crouzon syndrome are limited.
Observation:
- A retrospective review analyzed 7 Crouzon syndrome patients undergoing a full surgical sequence.
- Procedures included fronto-orbital advancement, Le Fort III distraction osteogenesis, and orthognathic surgery.
Findings:
- All patients achieved facial normalization and improved respiratory function.
- Stable occlusion and ossification were confirmed post-orthognathic surgery via CBCT.
- Fronto-orbital advancement and Le Fort III distraction osteogenesis proved reliable.
Implications:
- This study establishes a reliable operative algorithm for Crouzon syndrome management.
- The findings support staged surgical interventions for optimal craniofacial reconstruction and functional outcomes.
- Late-stage aesthetic enhancements like SARME and genioplasty are crucial for complete facial restoration.
