Reconstruction of Surgical Defects of the Labial Commissure

The main objective of oncologic dermatologic surgery is the complete excision of skin tumors. During reconstruction of the defect, we must attempt to preserve function and cosmetic appearance. At the labial commissure, fibers from the superior and inferior portions of the orbicularis oris muscle intersect and the vermillion inserts onto the modiolus, a complex, cone-shaped structure at the angle of the mouth. Surgical reconstruction of the labial commissure is challenging because of the need to preserve sphincter function and cosmetic symmetry. We present a number of cases of surgical defects at the labial commissure and describe the reconstruction techniques used. We also propose an algorithm to help determine the most suitable technique for different cases.

Description of Patients Undergoing Mohs Surgery in Spain: Initial Report on Data From the Spanish Registry of Mohs Surgery (REGESMOHS)

INTRODUCTION

The Spanish registry of Mohs micrographic surgery started collecting data in July 2013. The aim of the registry is to report on the use of this technique in Spain and the outcomes achieved. In the present article, we describe the characteristics of patients and the tumors treated.

MATERIAL AND METHODS

This is a prospective cohort study of patients treated with Mohs micrographic surgery. The participating centers are hospitals where at least one intervention of this type is performed each week. All patients considered for Mohs micrographic surgery in participating centers are included in the registry except those who have been declared legally incompetent.

RESULTS

Between July 2013 and October 2014, data from 655 patients were included in the registry. The most common tumor involved was basal cell carcinoma, and the most common histological subtype was infiltrative basal cell carcinoma. Most of the tumors treated were located on the face or scalp, and the most common site was the nose. Almost 40% of the tumors treated were recurrent or persistent, and preoperative tumor size was similar to that reported in other European studies and in Australia. In total, 45.5% of patients had received previous surgical treatment.

CONCLUSION

The findings are similar to those reported in other studies, and the data collected are useful for assessing whether the results of studies carried out elsewhere are applicable in Spain.

[Young patient with eyelid Merkel carcinoma: Mohs microsurgery versus exenteration]

CASE REPORT

We present the case of a 47-year-old female suffering from progeria who developed an eyelid Merkel cell carcinoma (MCC) following cyclosporine treatment for a corneal transplant. She underwent excision of the lesion by Mohs micrographic surgery (MMS) and received adjuvant treatment with radiotherapy. Later she had a recurrent tumour for which a wide excision with orbital exenteration was performed. The patient was fit and well at the 24-month follow-up.

DISCUSSION

MCC is an aggressive tumour that has a larger incidence in elderly people, women and immunosuppressed patients. Our approach with the patient must be global, avoiding risk factors in predisposed subjects. MMS seems unsuitable for the treatment of MCC; if tumour recurrence occurs a wide resection should be performed (Arch Soc Esp Oftalmol 2009; 84: 581-584).

Partial nasal reconstruction with titanium mesh: report of five cases

The nasal pyramid is frequently affected by nonmelanoma skin cancer. Sometimes the aggressiveness of tumours entails the extirpation of the mucosa, the cartilage, and the nasal skin. Reconstruction of the cartilaginous portion can be a surgical challenge. We demonstrate that titanium mesh can be an effective substitute for the cartilaginous portion of the nose in nasal reconstruction. We present five patients with nasal basal cell carcinoma who were treated by Mohs micrographic surgery. The partial loss of the cartilaginous structure was replaced by a 0.1 mm fenestrated titanium mesh. We have not observed any rejection or other complication in any of our patients. Good functional and aesthetic results have been obtained. Because of its biocompatibility, titanium mesh is a useful substitute for nasal cartilage. It avoids harvesting natural cartilage, reduces the risk of graft necrosis, and prevents morbidity in the donor area.