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Large orbital defect reconstruction in the setting of globe‐sparing maxillectomy: The titanium hammock and layered fibula technique
Author(s) -
Trosman Samuel J.,
Haffey Timothy M.,
Couto Rafael A.,
Fritz Michael A.
Publication year - 2018
Publication title -
microsurgery
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.031
H-Index - 63
eISSN - 1098-2752
pISSN - 0738-1085
DOI - 10.1002/micr.30199
Subject(s) - medicine , fibula , surgery , sling (weapon) , free flap , ectropion , perioperative , implant , soft tissue , tibia , eyelid
Abstract Introduction The purpose of our study was to describe a novel technique for reconstruction of orbital defects after maxillectomy using a non‐anatomic titanium mesh suspension of orbital contents for both support and volume correction. This construct is then articulated with a layered fibula osteocutaneous free flap that restores orbital rim, zygoma, and maxillary alveolus. We herein present our application of this technique, including refinements over time and long‐term outcomes. Methods A retrospective review was performed on 12 patients who underwent reconstruction of Brown class III orbitopalatomaxillary defects with extensive orbital involvement (at minimum complete orbital floor and rim absent) with titanium mesh sling and a layered fibula free flap. Results Primary reconstruction was accomplished in all 12 patients. The mean postoperative length of stay was 8 days (6–14 days). There were no free flap failures or perioperative re‐explorations. Patients were routinely extubated on postoperative day #1 and began oral intake by postoperative day #3. At a mean follow‐up length of 48 months, unrestricted eye function was accomplished in all patients. Midfacial symmetry was accomplished in 10 of 12 patients; 2 patients had moderate asymmetry due to extirpation of facial musculature and/or soft tissue. Minor revisions were necessary for lower lid ectropion and exposure of the titanium plate. Two patients required adipofascial free flap coverage of exposed intraoral bone after radiation therapy. Conclusions This technique provides excellent restoration of eye position and function and also allows for implant‐based prosthetic rehabilitation. It has become our procedure of choice for orbitomaxillary reconstruction.