Endoscopic Repair of Nasal Septal Perforations With Fascia Lata

Innovative Repair Method for Septal Perforation Repair: The Fascia Lata and Platelet-Rich Plasma Fusion Technique

BACKGROUND

Nasal septal perforation (NSP) is a structural flaw that affects the mucosa, cartilage, and bone of the nasal septum, often stemming from septoplasty as the most frequent cause. The natural healing of a perforated septum is uncommon; on the contrary, it tends to deteriorate progressively. Various surgical methods have been outlined for the repair of NSP. In this research, the authors introduce an innovative approach utilizing fascia lata graft with PRP for the restoration of NSP across diverse sizes.

METHODS

The researchers conducted a retrospective analysis involving 25 patients who underwent repair for nasal septal perforation (NSP) from January 2021 to January 2023. Grafts were obtained, and the perforation was addressed using an open rhinoplasty technique, followed by the insertion and suturing of the graft.

RESULTS

The mean size of the septal perforations was 17 mm horizontally and 18 mm vertically. The mean follow-up period was 12 months. Complete closure of NSP was achieved in 23 out of 25 patients (92%). Among the cases, 17 were male (68%), and the age ranged from 25 to 45 years with a mean of 38.7. Eight cases (32%) were smokers. At 12 months postoperatively, three large-sized NSPs were closed successfully, while two medium-sized NSPs did not achieve closure due to smoking.

CONCLUSION

The Fascia Lata and Platelet-Rich plasma fusion technique for the closure of nasal septal perforations is a secure and dependable method, demonstrating a notable success rate. This approach should be regarded as a viable option for individuals dealing with nasal septal perforation.

LEVEL OF EVIDENCE V

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Application of Biologic Graft in Nasal Septal Perforation Repair

Objective: To explore the clinical outcome when biomaterials are used to repair nasal septal perforations. Methods: A total of 12 patients were treated. The nasal septum was dissected via endoscopic approach. A 4 cm × 7 cm biologic graft (Biodesign® Tissue Graft) was folded to form a double layer, was placed over the perforation, and was affixed into place using suture. Results: Follow-up ranged from 2 to 8 months after the operation. One patient was not completely healed and presented with a remaining defect of about 2 mm × 8 mm in the upper part of the nasal septum. The remaining 11 patients healed completely. Conclusion: Using a biologic graft to repair nasal septal perforations is an easy operation as it prevents the need to take autologous tissue from the patient, allows for a repair to be performed without creating septal flaps, and has good histocompatibility. It is a safe and effective method that can be used clinically.

Fascia Lata-Fat Island Graft in Septal Perforation Repair

Objective: To measure the success of the fascia lata-fat island graft technique in septal perforation repair as measured by nasal endoscopic examination. Background: This study presents the results of using fascia lata-fat island, a different graft technique, for the repair of septal perforations, offering an alternative to this challenging procedure. Methods: This retrospective study assesses nasal septal perforation repair using the fascia lata-fat island graft technique performed by a single surgeon. Inclusion criteria involved completing 12-month follow-ups within a 3-year review period. Success rates were calculated and evaluated alongside patient characteristics. Results: The median (range) age of the 25 patients included in the study was 34 (25-45) years and 72.0% were men. The septal perforation size of all patients was >2 cm and the etiological cause in all of them was previous septal surgery. All patients were followed for 12 months. The perforation was completely closed in 23 of 25 patients (92%). Conclusion: Using a different graft with an open rhinoplasty approach, we achieved a high success rate in patients with large septal perforations, followed for 1 month with nasal stenting and an average follow-up duration of 12 months.

A Novel Technique for Septal Perforation Repair: Fascia Lata Graft

BACKGROUND

Nasal septal perforation (NSP) is an anatomical defect involving the mucosa, cartilage/bone of the nasal septum, most commonly caused by septoplasty. Spontaneous healing of a perforated septum is rare; instead, it tends to worsen over time. Several surgical approaches have been described for NSP repair. In this study, the authors present a novel technique using only fascia lata graft for repairing NSP of various sizes.

METHODS

The authors conducted a retrospective study, including 23 patients who underwent NSP repair between January 2020 and January 2022. Grafts were harvested, and the perforation was accessed through an open rhinoplasty approach, followed by insertion and suturing of the graft.

RESULTS

The mean size of the septal perforations was 2.13 mm horizontally and 2.14 mm vertically. The mean follow-up period was 12 months. Complete closure of NSP was achieved in 21 out of 23 patients (91.30%). Among the cases, 17 were males (11.76%), and the age ranged from 20 to 43 years with a mean of 36.5. Eight cases (50%) were smokers. At 12 months postoperatively, 3 medium-sized NSPs were closed successfully, whereas 2 large NSPs did not achieve closure due to smoking.

CONCLUSION

The fascia lata technique for NSP closure is a safe and reliable approach with a high success rate, which should be considered for patients with NSP.

Endonasal and Endoscopic Repair of Nasal Septal Perforation with an Autologous Fascia Lata Graft

Importance: We propose a novel technique utilizing both a headlight and an endoscope to repair large iatrogenic septal perforations using autologous fascia lata grafts and extended pedicled mucosal flaps. Objective: The use of an autologous fascia graft, a fat graft, and an extended pedicled mucosal flap enables the closure of a large and anterior perforation of the nasal septum. This approach is an effective and applicable method for nasal septal perforation repair.