[Acellular dermal matrix and synthetic mesh in implant-based immediate breast reconstruction: Current concepts]. / Matrices dermiques acellulaires et matrices synthétiques : évolution des pratiques en reconstruction mammaire immédiate par prothèse.

The use of acellular dermal matrices and synthetic meshes is gaining popularity in direct-to-implant breast reconstruction, allowing the complete coverage of the prosthesis with greater pocket control and improved cosmesis. In this concise review, we present the advantages of acellular dermal matrices and resorbable or nonresorbable synthetic meshes in implant-based breast reconstruction, we discuss the risk of postoperative complications, and we raise their contribution in the growing interest of prepectoral breast reconstruction.

Skin-reducing oncoplasty: A new concept and classification in breast cancer surgery.

BACKGROUND AND OBJECTIVES: Breast-conserving surgery and skin-sparing mastectomy are nowadays widely accepted as the standard of care in selected patients with early breast cancer. After an accurate review of the literature, it appeared that no ordered list of the numerous techniques described for conservative breast surgery has been established so far. The aim of this study was to develop a simple classification of the different skin incision patterns that may be used in breast surgery. METHODS: A systematic review of the English literature was conducted using the PubMed database to identify all the articles reporting breast-conserving surgery and skin-sparring mastectomy techniques up to the 31st of December 2016. RESULTS: Among the 1426 titles identified, 230 were selected for review. Based on the reviewed papers, the skin-reducing oncoplasty incision pattern (SROIP) classification was elaborated. CONCLUSIONS: Breast cancer surgery should nowadays optimise aesthetic outcomes by improving the final breast shape, volume and scar location. This may be achieved using different procedures that we grouped together under the term skin-reducing oncoplasty (SRO). Depending on the breast cancer location, the SROIP classification helps in the choice of the best technique to be used.