Abstract

In the past, lip reconstruction after ablative surgery has been performed by primary closure and more recently by free flap transfer technique. Cheek’s skin flap has been used to reconstruct the lower lip cutaneous portion. This study presents a reconstructive method for the vermillion and the lip’s cutaneous portion using the Goldstein–Robotti techniques (for the vermillion) and the buccinator flap to reconstruct the cutaneous lip portion and the perioral muscles. This procedure allows a complete reconstruction with a double layer technique for defects of more than one-third of both lips, together or alone, including modiolus, showing satisfactory functionality and aesthetics. The procedure was carried out by splitting the buccinator muscle and elongating the upper and lower buccinator bundles, together or alone. Soft tissue blunt dissection prevented most facial nerves and vessels injuries, ensuring blood supply and an amount of lip sensitivity. Even in the case of facial vessel ligatures after neck dissection, the technique was possible basing the flap pedicle on the internal maxillary artery branches (buccinator) and contralateral facial vessels (orbicularis). We present a case series of six reconstructions of various defects of the upper and lower lips, including the commissure after ablative surgery for squamous cell carcinoma and polymorphous adenocarcinoma. The results showed satisfactory functional and aesthetic outcomes, with similar tissue texture, static and dynamic symmetry achieved for all the patients.

Highlights

  • Publisher’s Note: MDPI stays neutralHead and neck cancer is the sixth most common type of cancer globally [1]

  • Squamous cell carcinoma (SCC) of the lower lip includes more than a quarter of all oral cancers [2]

  • Accumulation in DNA damaging after risk factors exposure alone or in combination with flaws in DNA repair mechanisms play a role in cancer onset and growth

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Summary

Introduction

Head and neck cancer is the sixth most common type of cancer globally [1]. Among these neoplasms, squamous cell carcinoma (SCC) of the lower lip includes more than a quarter of all oral cancers [2]. Accumulation in DNA damaging after risk factors exposure alone or in combination with flaws in DNA repair mechanisms play a role in cancer onset and growth. Recent studies to identify predictive DNA repair biomarkers in lip cancer to improve diagnosis, prevention and treatment were carried out [6]. Several techniques have been described to reconstruct the lips that range from simple primary closure to the use of local or free transfer flaps, each of them with specific advantages and disadvantages. All the latest techniques are based on the old Master with regard to jurisdictional claims in published maps and institutional affiliations

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