Claudio Calabrese

Subcutaneous Direct-to-Implant Breast Reconstruction: Surgical, Functional, and Aesthetic Results after Long-Term Follow-Up

Background: Direct-to-implant breast reconstruction can be achieved more easily by means of soft-tissue replacement devices such as dermal matrices and synthetic meshes. The feasibility of a subcutaneous approach has been recently investigated by some studies with different devices functioning as implant support. Aim of this study is to analyze the long-term results, both objective and subjective, of a previous nonrandomized trial comparing prepectoral (subcutaneous) and retropectoral breast reconstructions. Methods: Patients enrolled in a nonrandomized prospective trial, comparing the standard retropectoral reconstruction and the prepectoral subcutaneous approach, using a titanium-coated mesh in both techniques, were followed up and evaluated for long-term results. Cases were compared in terms of the causes and rate of reinterventions, of the postoperative BREAST-Q questionnaire results, and of an objective surgical evaluation. Results: The subcutaneous group had a rate of implant failure and removal of 5.1% when compared with 0% in the retropectoral group. Aesthetic outcome was significantly better for the subcutaneous group both at a subjective and at an objective evaluation. Capsular contracture rate was 0% in the subcutaneous group. Conclusions: A higher rate of implant failure and removal, although not significant, always because of skin flaps and wound problems, should be taken into account for a careful patients selection. The subcutaneous breast reconstruction shows good long-term results. A coherent subjective and objective cosmetic advantage of this approach emerges. Moreover, no capsular contracture is evident, albeit in a relatively limited number of cases.

Subcutaneous Tissue Expander Placement with Synthetic Titanium-Coated Mesh in Breast Reconstruction: Long-term Results

Summary: A subcutaneous, prepectoral, muscle-sparing approach has been recently described for implant-based breast reconstruction. This is a preliminary series of 2-stage breast reconstructions by means of tissue expander placed subcutaneously with the support of a titanium-coated polypropylene mesh. A pilot series of cases was started in 2012. Inclusion criteria were informed consent, age less than 80 years, normal body mass index (range, 18.5–24.9), no T4 and metastatic cancers, no comorbidities, and nonsmoking patients. Expander losses, infections, seromas, skin/nipple necrosis, wound dehiscence, and reinterventions were registered in follow-up visits. Furthermore, patients were followed up in second-stage procedures and for at least 1 year from implant positioning to collect any surgical complication, reinterventions, cosmetic outcome, and oncological data. Between June 2012 and March 2014, 25 cases were enrolled in the study. Expander/implant loss rate was 0%. Skin/nipple necrosis rate was 4%. Infections rate was 12% after first-stage and 4% after second-stage procedure. Seromas rate was 0%. Five (20%) fat graft procedures were performed over the expander before second-stage reconstruction, and no reinterventions were required after second stage. Patients mean score was 99 for cosmetic outcome satisfaction, in a 0–100 scale. Subcutaneous 2-stage reconstruction with synthetic mesh proved safe and feasible. Patients satisfaction is very good after 14 months median follow-up form definitive implant placement. Although the present study involved only a small number of cases, a tissue-expander subcutaneous reconstruction seems to have promising results. Whenever pectoralis major muscle can be spared, a conservative reconstruction might be an option.

Breast reconstruction after nipple/areola-sparing mastectomy using cell-enhanced fat grafting

Background: The success of fat grafting in breast reconstruction depends on fat retention. The use of stem-cells-enriched fat graft is an alternative method for graft stability. Case report: A case of nipple-areola sparing mastectomy double stage reconstruction with the use of stem cells enhanced fat graft is reported. Conclusions: Fat grafting is growing as a new and promising tool in reconstruction following nipple and areola sparing mastectomies as a way to restore a sufficient and reliable subcutaneous space in the mastectomy flap. This combined with an anatomical gel implant offers an integrated system of achieving a natural shaped breast.

Nipple Discharge After Nipple-Sparing Mastectomy: Should the Areola Complex Always Be Removed?

Nipple discharge (ND) is a common symptom with a reported incidence of 2% to 5% of patients referred to breast cancer clinics. Approximately 90% of ND is of benign etiology. An underlying carcinoma is present with a rate of 6% to 21%. This is more frequent if it is associated with clinical or radiologic abnormality. ND after nipple-sparing mastectomy (NSM) is a rare event as the whole retroareolar glandular tissue is usually completely removed with mastectomy. ND is otherwise possible if a small amount of tissue is accidentally left by the surgeon or with the aim of reducing the risk of the nipple-areola complex (NAC) necrosis. This condition can be of concern as it may imply a local recurrence and therefore implicate NAC removal. Herein we report a case of a ND in an NSM in which only a selective duct excision allowed NAC preservation.

OPS and Breast Conserving Surgery (BSC)

Superior-based pedicle mammaplasty is considered a standard technique for cosmetic breast reduction / mastopexy (Robbins and Hoffman 1992). It serves to resect the inferior quadrant of the breast together with a wedge of tissue behind the areola and tissue in the superior breast quadrant. Compared the inferior reduction mammaplasty, it provides a longer-lasting cosmetic result with a more pronounced upper pole filling (Robbins and Hoffman 1992). In oncoplastic breast surgery, it allows excision of breast tumors located in the inferior and central pole of the breast, as well as the medial or lateral quadrants, when the traditional skin incision patterns are modified (Grisotti 1994, Clough at al 2003, McCulley and Macmillan 2005).