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Bansberg et al. Plast Aesthet Res 2024;11:12  https://dx.doi.org/10.20517/2347-9264.2023.109  Page 11 of 13

              cartilage for the structural support required for open approach tip and dorsum stabilization [5,15] . Substantial
              saddling, when present, is often associated with columellar retraction, tip rotation and deprojection, and/or
              valve dysfunction. The caudal septum may be deficient or absent. These deformities are best addressed
              using costal cartilage grafting. Incision placement for superior flap development in the technique presented
              subjects these grafts to possible infection. Extensive cartilage grafting performed on an unstable and poorly
              vascularized foundation and skin-soft tissue envelope concurrent to repair risks a suboptimal aesthetic
              outcome. We perform conservative aesthetic and valve surgery, when indicated, at the time of perforation
              repair. Secondary reconstructive open rhinoplasty is recommended 6-12 months following endonasal repair
              for our patients with large perforations and/or substantial aesthetic/valve deformities at presentation.


              Patients who are not interested in perforation repair, or who have a perforation in which an attempt at
              closure is not feasible, may realize improvement in nasal symptoms following placement of a septal button
              prosthesis, posterior septal resection, or posterior repair of the perforation margin [7,36-38] . We consider these
              treatments for selected patients with substantial health issues or who require chronic anticoagulation
              therapy. Perforations complicated by large size, poor mucosal condition, prior septal surgery, or a prior
              failed attempt at closure are also candidates for these treatments. Two failed patients noted in Table 2 were
              offered posterior septal resection. We use custom-designed septal buttons of soft polymeric silicone,
              attempting to improve fit and tolerance in 10% of patients presenting with symptomatic perforation .
                                                                                                       [39]
              Silicone buttons undergo progressive corrosion and generally require replacement within 5 years. Those
              patients with a repairable perforation who opt for a button prosthesis are informed that the perforation size
              can increase during its time of application, which can negatively impact the success of future treatment.
               This study represents a retrospective review of one surgeon’s septal perforation repair experience. The large
               cohort size over a 20-year time period provides the best data available to study septal perforations in the
               context of prior septal surgery and the difficulty encountered when attempting their repair utilizing a
               bilateral mucosal flap and autologous graft technique. Short postoperative follow-up times pose limitations
               on septal perforation surgical studies that report a closure success rate. Re-perforation likely occurred in a
               small number of patients after last evaluation, though it is unlikely subsequent failures would significantly
               change the findings of this study. Furthermore, this is a single institution experience in the desert southwest
               which may limit generalizability of the results.

               CONCLUSION
               Forty-one percent of the perforations in this study were due to prior septal surgery. The perforation repair
               closure rate utilizing a bilateral advancement flap with interposition graft technique with a minimum of 4-
               month follow-up was 95%. This study found the sizes of perforations in failed repairs with surgical etiology
               were significantly smaller than in those of non-surgical etiology. Failure in the bilateral elevation of mucosa,
               though rare, occurred exclusively in patients with a history of prior surgery. These findings support our
               clinical observation that prior septal surgery increases the technical difficulty of mucosal flap perforation
               repairs. This information is important for both surgeons and patients. Multiple and varied options for
               surgical closure or symptom improvement are available to treat the patient with a perforated septum.
               Comparative analysis of treatment results would benefit from the establishment of guidelines to standardize
               perforation evaluation and outcomes assessment.


               DECLARATIONS
               Author’s contributions
               Conceived and designed the study, collected the data, contributed to data analysis, and contributed to
               writing the manuscript: Bansberg SF, Miglani A
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