Chondrocutaneous Advancement Flap and Postauricular Skin Flap: An Effective Combination for Large Helical Rim Defect Reconstruction

Chondrocutaneous Advancement Flap and Postauricular Skin Flap: An Effective Combination for Large Helical Rim Defect Reconstruction

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Background:.Defects of the ear helix are a frequent challenge in plastic surgery, with more than 5% of all skin cancers occurring in this region.The Antia-Buch flap is a single-stage reconstruction technique utilizing chondrocutaneous flaps for helix repair.However, for defects exceeding 2 cm, it can lead to auricular distortion.

To address this limitation, we propose a modified Antia-Buch technique combining chondrocutaneous advancement with a postauricular skin flap to optimize outcomes.Methods:.A retrospective review was conducted of 15 patients who underwent nightstick twm-850xl our modified Antia-Buch flap procedure between 2019 and 2022.This approach incorporated chondrocutaneous advancement for primary defect closure and a postauricular skin flap for improved contouring.

Functional and aesthetic outcomes were assessed using a questionnaire developed in collaboration with a clinical psychologist.The questionnaire evaluated surgical satisfaction, cosmetic results, self-image, and social integration postreconstruction.Results:.No complications, including ischemic necrosis or the need for surgical revision, were observed in any case.

The technique demonstrated excellent vascularity, with no occurrences of flap failure.Patient-reported outcomes revealed high satisfaction rates, ds durga hand soap with no evidence of self-image distortion or social barriers.Aesthetic results were rated as superior, with minimal risk of auricular distortion even for larger defects.Conclusions:.

The modified Antia-Buch technique is a reliable and effective method for helical rim reconstruction, particularly for defects larger than 2 cm.It offers technical simplicity, low complication rates, patient convenience, and excellent cosmetic outcomes, making it a preferred option for many auricular defect reconstructions.