The Posterior Arm Flap for Reshaping the Postbariatric Breast

Posterior arm perforator flap for coverage of the scapular area

We report on using a pedicled posterior brachial perforator flap to cover a defect of the infraspinous fossa. The first description of the posterior brachial flap came from Masquelet in 1985, and there are very few reports of this flap in the literature, mainly in its pedicled form limited to axillary covers. Scapular soft tissue defect with bone exposure can be covered by several techniques. However, in the event of scapular radiotherapy, some conventional flaps used to cover this type of skin defect may have their pedicle damaged. The posterior arm flap was designed along a line joining the apex of the axillary fossa to the epitrochlea, opposite the medial brachial intermuscular septum. The width of the paddle was defined by a pinch test. The dissection was retrograde, subaponeurotic down to the medial brachial intermuscular septum. To our knowledge, this report is the first to describe the use of this flap to cover the scapular area; the outcome was excellent, with a low donor site morbidity.

Autologous breast augmentation combining the harvesting of the Anterior Intercostal Artery Perforator (AICAP) and Lateral Intercostal Artery Perforator (LICAP) flaps in massive weight loss patient: A case report

Patients undergoing bariatric surgical procedures usually exhibit breast ptosis due to the quick weight loss. In this type of patients, the mastopexy represents a challenge for plastic surgeons considering the abundance of dystrophic cutaneous tissue, the loss of subcutaneous tissue and the impossibility to employ heterologous devices in the setting of Italian public healthcare. In addition, it is necessary to consider that patients undergoing post-bariatric surgery have increasingly high expectations. We describe a new reconstructive technique which combines and utilizes both the AICAP and LICAP flaps as "autoprosthesis". It could be considered a valid option for patients exhibiting a deficiency in the upper poles with hypotrophic and hypoelastic skin texture, associated with poor glandular representation. This procedure proves to be an excellent alternative to breast implants both in the reconstructive surgery and aesthetic surgery settings.

"The use of Autologous Flaps in Breast Reshaping After Massive Weight Loss: A Systematic Review"

BACKGROUND

Massive weight loss (MWL) has a positive impact on the comorbidities associated with obesity but leaves patients with ongoing body issues due to skin excess. Almost all patients present some degree of breast ptosis and breast volume deficiency, which can be addressed with different techniques including autologous flaps.

MATERIAL AND METHODS

A literature search was conducted by using PubMed, Google Scholar, and Cochrane databases. Patient's characteristics, type of bariatric surgery, amount of weight loss, flap size and design, simultaneous breast and extra-breast procedures were analyzed. Aesthetic and patient-reported outcomes, postoperative complications, revision rate, and donor site morbidity were also registered.

RESULTS

Twelve articles fulfilled inclusion criteria, and 79 patients were included, for a total of 157 flaps. Different flap designs and flap combinations were described; those originating from lateral chest wall area were the most commonly used. Simultaneous breast procedures were reported in 72 patients. Simultaneous extra-breast body contouring (BC) procedure was performed in 40 cases. The overall complication rate was 9.55% and a total of ten revisionary procedures were performed. Satisfaction of the patients was globally quite high.

CONCLUSIONS

Advantages of the use of autologous tissue in breast reshaping after MWL is the avoidance of implant-related complications and the simultaneous improvement of the silhouette. The complication rate resulted in acceptable, aesthetic, and patient-reported outcomes resulted to be encouraging, even if there was a lack of standardization in the evaluation. A comparative randomized study to confront the use of autologous flaps combined with mastopexy versus the use of implants combined with mastopexy can be useful to confirm the promising results.

LEVEL OF EVIDENCE III

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The Role of Portable Incisional Negative Pressure Wound Therapy (piNPWT) in Reducing Local Complications of Post-bariatric Brachioplasty: A Case-Control Study

BACKGROUND

Due to the great impact of bariatric surgery on the overweight epidemic, the number of post-bariatric body-contouring procedures is constantly increasing worldwide. The portable incisional negative pressure wound therapy (piNPWT) is a promising medical device for accelerating wounds closure and controlling post-operative complication, which have been shown promising results in post-bariatric population. We aimed to evaluate the role of piNPWT in optimizing wound healing and controlling post-operative complications after a post-bariatric brachioplasty.

PATIENTS AND METHODS

26 post-bariatric female patients who underwent a brachioplasty followed by either a piNPWT (14 cases) or a standard wound treatment (12 controls) were analyzed. The number of post-operative dressing changes, the rate of local post-operative complications (re-operation, hematoma and serosa development, dehiscence and necrosis), the time to dry as well as the scar quality and hospitalization length were evaluated.

RESULTS

None of the patients prematurely stopped treatment with piNPWT due to intolerance. The piNPWT patient group showed a significant lower healing time as well as a significant reduction of the number of post-operative dressing changes and hospital stay. Despite the scarring process was excellent from the functional point of view in the long term, we noticed a higher rate of hyperchromic scarring at 90 days after surgery.

CONCLUSION

The piNPWT is a cost-effective and user-friendly medical tool that increase and promote wound healing. We suggest the use of this device in post-bariatric patients who undergo a brachioplasty, especially if there is the need to minimize the number of post-operative dressing changes.

LEVEL OF EVIDENCE IV

This journal requires that authors assign a level of evidence to each article. For a full description of these evidence-based Medicine ratings, please refer to Table of Contents or the online Instructions to Authors www.springer.com/00266.

Lateral intercostal artery perforator (LICAP) flap for breast volume augmentation: Applications for oncoplastic and massive weight loss surgery

Background

Lateral intercostal artery perforator (LICAP) flap for breast volume augmentation provides the benefits of addressing axillary tissue excess and avoiding intramuscular dissection. Previous experience with the LICAP flap in patients with prior breast conservation therapy (BCT) has led to the development of an extended version for massive weight loss (MWL) patients as well.

Methods

A retrospective review of all cases of LICAP flaps was performed by a single surgeon. Data were subsequently extracted and analyzed including patient demographics, indication and timing of volume augmentation, complications, and follow-up length.

Results

From 2016 to 2020, 12 patients underwent 16 LICAP flaps for volume augmentation. Indications for volume augmentation included deficits from prior oncologic surgery (ten patients) and loss of volume due to MWL (two patients). The average BMI was 29.9 kg/m². Among the oncologic group, eight patients had delayed reconstruction, while two were immediate. Nine patients underwent radiation prior to volume augmentation. Eight of the 14 patients simultaneously received fat grafting. There were 4 cases of delayed wound healing that improved with local wound care. There were no statistically significant differences in complication rates between the oncologic and MWL groups. The average length of follow-up was 11.4 months.

Conclusions

This study supports that the application of the LICAP flap can be effectively broadened from the oncologic population to the MWL population. If needed, extending the flap provides an option to simultaneously address excess axillary and back tissue.