Post-mastectomy reconstruction is performed using implant-based or autologous techniques. Many women refuse or are poor candidates for implant-based reconstruction. We previously described a single-stage autologous technique that was most applicable in obese women with significant ptosis that made use of the mastectomy skin flap and subcutaneous tissue to reconstruct a breast mound. Here, we extend this technique to smaller breasted women by incorporating a second stage of skin tailoring and fat grafting. This technique does not require donor site surgery nor extended operative and recovery times. It extends the indications for autologous reconstruction to nonideal candidates and to developing countries where cost limits access.
Summary:Significant ptosis is a relative contraindication for nipple-sparing mastectomy and reconstruction. Repositioning of the nipple on the reconstructed breast is best accomplished using a pedicled approach that is risky in the immediate setting. We utilized a surgical delay before reconstruction that allowed for repositioning of the nipple-areola complex on an inferior pedicle. This also allows for resizing of the nipple-areola complex, reliable complete coverage of the prosthesis with viable tissue, and creation of an ideal skin envelope in patients with skin excess. Here, we present the first description of a surgical delay to facilitate pedicled nipple-sparing mastectomy and reconstruction.
Summary:Nipple-sparing mastectomy (NSM) is challenging in patients with significant ptosis and skin excess. We previously described the first use of a surgical delay (a supraareolar incision with undermining off the breast mound) to facilitate a second-stage pedicled NSM and reconstruction. Here, we present an improvement in our surgical delay technique—a total skin and NSM through Wise incisions. This technique obviates concerns regarding delays in cancer care and more aggressively delays the nipple, allowing for more reliable and extreme NAC transpositions. This strategy also delays the Wise pattern flaps resulting in better wound healing, which is critical in implant-based reconstructions.
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