Nipple reconstruction with C-v flap using dermofat graft

Postmastectomy breast reconstruction often includes nipple restoration as a key step in achieving a natural appearance. Current methods vary, with options like the skate flap, star flap, and C-V flap being widely used. Some newer techniques involve spiral flaps or tissue engineering to reduce donor-site complications. These newer approaches aim to preserve tissue while minimizing additional trauma. However, long-term projection, texture, and color remain challenging to maintain. No single method has yet achieved consistent success in all aspects of aesthetic and functional restoration. The lack of a universally reliable technique continues to be a limitation in clinical practice. This gap motivated researchers to explore alternative approaches. The goal is to find a method that balances simplicity with long-term results.

The study aimed to develop a reliable and minimally invasive technique for long-term nipple projection. The researchers focused on combining a local C-V flap with autologous dermofat grafts. This approach was intended to reduce donor-site complications while preserving shape and texture. The choice of dermofat grafts was based on their availability from excised breast tissues. The C-V flap was selected for its structural support and ease of use. The method was designed to avoid the need for additional tissue harvest. The study sought to evaluate the feasibility and outcomes of this combined technique. The ultimate goal was to provide a reproducible solution for postmastectomy patients.

The researchers utilized a local C-V flap for nipple reconstruction. This flap was augmented with dermofat grafts obtained from breast mound revision tissues. The grafts were harvested during the same surgical session. The C-V flap was chosen for its ability to maintain projection. The dermofat grafts added volume and structural support. The combined technique was performed on patients undergoing breast reconstruction. The procedure avoided the need for extra donor sites. The outcomes were assessed for projection, texture, and color retention.

The combined C-V flap and dermofat graft technique showed promising results. Nipple projection was maintained over the long term in all cases. The texture and color of the reconstructed nipples were consistent with surrounding tissues. No significant donor-site complications were reported. The use of dermofat grafts reduced the need for additional tissue harvest. The procedure was found to be technically straightforward. Patients reported high satisfaction with the aesthetic outcome. The results suggest this method is a viable alternative to existing techniques.

The study authors propose that the C-V flap with dermofat grafts is a reliable method for nipple reconstruction. The technique maintains long-term projection without donor-site morbidity. The use of autologous grafts minimizes additional surgical trauma. The method is simple and can be performed during breast mound revision. The results align with the goal of minimizing complications while preserving aesthetics. The authors suggest this approach may be suitable for a wide range of patients. The findings support further evaluation in larger clinical settings. The technique offers a practical solution for postmastectomy reconstruction.