Vertical
This approach removes an ellipse of skin around and including the nipple-areola complex in a vertical pattern.
Transverse
This approach removes an ellipse of skin around and including the nipple-areola complex in a transverse pattern.
Wise-Pattern
This approach removes skin around and including the nipple-areola complex in both the vertical and transverse dimensions. This approach is used for patients with significant excess breast skin or in patients who want to have smaller reconstructed breasts.
Skin-Sparing Mastectomy
Inframammary Fold
This approach uses a transverse incision, hidden in your inframammary fold.
Radial
This approach uses an incision along part of the circumference of the areola and then extending radially outward in one direction.
Wise-Pattern
This approach uses an incision around the areola, within the inframammary fold, and vertically between the two. This approach is used only in select cases to reposition the nipple-areola complex at the same time as the mastectomy.
Nipple-Sparing Mastectomy
Overview:
Dr. Chang and your breast surgeon will choose the incision approach (which determines your final scar) by balancing the need for easy and complete cancer removal and the desire to minimize the cosmetic burden. For patients with excess skin who are interested in a more contoured breast following reconstruction, Dr. Chang may recommend more extensive incisions to achieve that aesthetic goal.
Incisions
How Is Implant-Based Breast Reconstruction Performed?
Pre Pectoral
In the majority of cases, the implant is placed directly underneath the mastectomy flaps and on top of the pectoralis major muscle. The benefit is no risk of animation deformity and lessened morbidity from decreased surgical disruption of the chest. Patients must have well-perfused mastectomy flaps so that the incisions can heal without implant exposure or infection. While all patients are eligible for this pocket, thinner patients are at higher risk for implant edge rippling and visibility.
Sub-Muscular
With this pocket, the implant is placed underneath the chest wall muscles: pectoralis major and serratus anterior. The muscles are lifted off the underlying rib cage to add an additional layer of protection over the implant. The tradeoff is the risk of animation deformity and the downside of more surgical interruption of the chest wall.
Implant Pocket
Acellular dermal matrices (ADMs) are tissue scaffolds made from cadaveric human, cow, pig, and sheep proteins that are now widely used with implant-based breast reconstruction. The implants and tissue expanders are wrapped in the ADM, and the ADM is used to help control the position of the implant in the mastectomy pocket. Because the ADM incorporates into normal body tissue, it adds an additional layer of tissue and protection between the skin and implant.
Acellular Dermal Matrix