Purpose
To describe a surgical technique that deepens foreshortened conjunctival fornices by providing a scaffold for epithelialization that opposes contractile forces during wound healing.
Design
Retrospective interventional case series
Participants
Seventeen patients with anophthalmic sockets containing foreshortened conjunctival fornices
Methods
Conjunctival fornices was reconstructed with stents of expanded polytetrafluoroethylene (e-PTFE) sheet draped over rigid, 0.8 mm thick nylon strips that were anchored to the orbital rim. Preoperative and postoperativesymptoms, prosthesis retention, fornix depth, and lagophthalmos were assessed.
Main Outcome Measure
Prosthesis retention, fornix depth, and lagophthalmos
Results
All 17 patients had preoperative inability to retain their prosthesis. After postoperative follow-up of 47 ± 43 months, retention was improved in all patients and was entirely satisfactory in 15 (88%) patients. After reconstruction, the repaired fornix was deep in 7 (41%) patients, adequate to retain a prosthesis in 9 (53%) patients, and shallow in 1 (6%) patient. Lagophthalmos improved in 15 (88%) patients and remained unchanged in 2 (12%) patients. Superior fornix was reconstructed concurrently with the inferior fornix in 6 patients. In these patients, the superior fornix improved to deep (3 patients; 50%) or adequate (2; 33%). In 1 (17%) patient, it remained shallow.
Conclusion
Rigid, nylon-foil anchored e-PTFE stenting opposes postoperative contracture, improving prosthesis retention, and lagophthalmos. It does not require an additional surgical site for graft harvesting.