Autologous Breast Augmentation Research Articles

Change in self-image pressure level before and after autologous fat breast augmentation and its effect on social adaptability

BACKGROUND There is an increasingly strong demand for appearance and physical beauty in social life, marriage, and other aspects with the development of society and the improvement of material living standards. An increasing number of people have improved their appearance and physical shape through aesthetic plastic surgery. The female breast plays a significant role in physical beauty, and droopy or atrophied breasts can frequently lead to psychological inferiority and lack of confidence in women. This, in turn, can affect their mental health and quality of life. AIM To analyze preoperative and postoperative self-image pressure-level changes of autologous fat breast augmentation patients and their impact on social adaptability. METHODS We selected 160 patients who underwent autologous fat breast augmentation at the First Affiliated Hospital of Xinxiang Medical University from January 2020 to December 2022 using random sampling method. The general information, self-image pressure level, and social adaptability of the patients were investigated using a basic information survey, body image self-assessment scale, and social adaptability scale. The self-image pressure-level changes and their effects on the social adaptability of patients before and after autologous fat breast augmentation were analyzed. RESULTS We collected 142 valid questionnaires. The single-factor analysis results showed no statistically significant difference in the self-image pressure level and social adaptability score of patients with different ages, marital status, and monthly income. However, there were significant differences in social adaptability among patients with different education levels and employment statuses. The correlation analysis results revealed a significant correlation between the self-image pressure level and social adaptability score before and after surgery. Multiple factors analysis results showed that the degree of concern caused by appearance in self-image pressure, the degree of possible behavioral intervention, the related distress caused by body image, and the influence of body image on social life influenced the social adaptability of autologous fat breast augmentation patients. CONCLUSION The self-image pressure on autologous fat breast augmentation patients is inversely proportional to their social adaptability.

Contralateral Autologous Augmentation in DIEP Flap Reconstruction: Employing CT Angiography & Volumetric Analysis for Preoperative Planning.

Autologous reconstruction accounts for approximately 20% of all breast reconstruction. In cases of unilateral reconstruction, contralateral breast augmentation using autologous tissue can be performed to improve symmetry and is a viable option for patients interested in having more volume relative to their current size without the use of implants. CT scans have been used for preoperative planning for autologous reconstruction to evaluate available perforators. In this study, we report our experience using CT angiography for preoperative volumetric assessment for autologous contralateral breast augmentation in the setting of unilateral autologous breast reconstruction. Twelve patients underwent autologous augmentation during the study period. The average reconstruction flap weight was 561.2±253.6 grams, while the average augmentation flap weight was 218.0±133.7 grams. No patients experienced flap loss and we demonstrate that the predicted volumes for the augmented and reconstructed breasts were comparable to the actual respective flap volumes. Additionally, post-operative patient-reported outcome measures demonstrate high levels of satisfaction across multiple BREAST-Q subscales. This study demonstrates the utility of using CT angiography to estimate reconstructive volumes to help preoperative planning and achieve predictable postoperative breast volumes. It also supports that contralateral autologous augmentation is a good option for patients who would like to avoid implants and are interested in a small to moderate increase in size.

Simultaneous Contralateral Autologous Breast Augmentation during Unilateral Breast Reconstruction Utilizing Deep Inferior Epigastric Flaps.

Background:It is predicted that 281,550 new cases of invasive breast cancer and 49,290 new cases of ductal carcinoma in situ will be diagnosed this year. In this study, we will detail our experience with simultaneous contralateral autologous breast augmentation during unilateral breast reconstruction utilizing bilateral deep inferior epigastric perforator (DIEP) flaps.Methods:A retrospective analysis of patients who underwent simultaneous contralateral autologous breast augmentation during unilateral breast reconstruction utilizing bilateral DIEP flaps by the senior surgeons at Beaumont Health Systems, Royal Oak, was conducted. Demographic data, operative details, complications, medical comorbidities, and patient outcomes were retrospectively analyzed.Results:Seven patients who met the inclusion criteria were identified. One patient underwent immediate reconstruction with DIEP flaps, one patient had a history of lumpectomy and underwent delayed partial breast reconstruction, three patients had delayed unilateral DIEP breast reconstruction with contralateral breast augmentation, and two patients had previous augmentations that were revised. All patients examined in this review tolerated the procedures well and had clinically viable flaps along with superior aesthetic outcomes.Conclusions:This technique can be applied to various clinical conditions, including immediate breast reconstruction, delayed breast reconstruction, and salvage for failed implant-based reconstruction, leading to optimal patient outcomes and satisfaction. Unilateral breast reconstruction with simultaneous contralateral autologous breast augmentation utilizing bilateral DIEP flaps is a surgical technique that more plastic surgeons should utilize.

How Do Positions of Nipple and Inframammary Fold Change After Autologous Breast Augmentation with Fat Grafting?

Breast augmentation with autologous fat grafting was widely used. However, it is unclear how does this kind of surgery affect the morphologic change of breast. This study aimed to explore the change of nipple and inframammary fold (IMF) levels, which are important aesthetic landmarks of breast that further explore whether this kind of surgery could correct the asymmetry of nipple and IMF. Preoperative and postoperative measurements were performed in the patients who received fat grafting with or without fasciotomy. The position levels of nipple and IMF were measured. The preoperative and postoperative discrepancies and the difference of these levels after surgery were also calculated. As for the IMF asymmetry, in the fasciotomy plus fat grafting group, the asymmetry was significantly reduced after surgery, while there was no significant difference in the fat grafting group. As for the nipple asymmetry, fat grafting could not correct the asymmetry in both fasciotomy plus fat grafting group and fat grafting group. As for the morphological change after surgery, both nipple and IMF were descended significantly after surgery. The descending range of IMF in the preoperative higher group was larger than the preoperative lower group. On the preoperative IMF higher side, descending degree of IMF was significantly larger in the fasciotomy plus fat grafting group than fat grafting group. Fat grafting with fasciotomy can improve IMF asymmetry but cannot improve nipple asymmetry. Both IMF and nipple were lowered somehow after surgery, which might be related to the breast enlargement. 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 the Table of Contents or the online Instructions to Authors www.springer.com/00266.

Augmentation mammaplasty by superolateral thoracic flap: a case report

BackgroundThe lateral chest wall is intimately associated with the esthetics of the breast. Patients with massive weight loss often have excess skin and fat in the lateral thoracic region causing functional, esthetic, and psychological discomfort. In addition, the breasts exhibit extreme ptosis after weight loss due to a reduction in volume and projection that is exacerbated by qualitative changes in the skin, with loss of its natural elasticity. This article describes a reliable new technique for simultaneous autologous breast augmentation and lateral thoracic dermolipectomy to provide autologous tissue for breast augmentation and simultaneous rejuvenation of the chest wall.Case presentationA 30-year-old Caucasian woman who had lost 58 kg after bariatric surgery had major skin excess sequelae combined with major breast ptosis. She wanted to correct her brachial and lateral thoracic skin and fat excess, as well as rejuvenate her breasts. The lateral thoracic panicle present was harvested and transposed in the retroglandular plane to perform autologous breast augmentation with lateral thoracic dermolipectomy.ResultsThe patient was totally healed and complication-free at day 15. Both esthetic results and patient satisfaction were good at 6 months post-surgery.ConclusionsSuperolateral thoracic flap augmentation mammaplasty during thoracic dermolipectomy is a simple and safe procedure for selected patients. Durable and natural autologous breast augmentation may be achieved in a single step without the need for a breast implant, while rejuvenating the thoracic region.

Autologous islanded breast enhancement by reversed abdominoplasty (AIBERA) flap

We present a surgical technique of recuperating tissue from the upper abdominal wall, based on the superior epigastric artery perforators, thereby providing tissue for autologous augmentation of the breasts in combination with reversed abdominoplasty in patients after massive weight loss. A 20-year-old woman was seen in the outpatient clinic with a large residual skin laxity of the superior abdomen following circular abdominoplasty after weight loss of 55 kg. She was dissatisfied with the appearance of her breasts and superior abdomen. Bilaterally, pedicled SEAP flaps were harvested from the epigastric region. In addition, a reversed abdominoplasty was performed. The flaps were secured in a retroglandular pocket superiorly to the anterior chest wall in order to augment the breasts. The islanded pedicled SEAP flap in combination with reversed abdominoplasty is a useful and safe technique for autologous breast augmentation following massive weight loss. In addition, the potential risk of implant-related complications is eliminated as implants are replaced by autologous tissue. Level of evidence: Level V, therapeutic study.

Adipose-derived stem cell enrichment is counter-productive for the majority of women seeking primary aesthetic breast augmentation by autologous fat transfer: A systematic review

Autologous lipotransfer (AL) is a popular method despite unpredictable retention rates. Higher retention rates have been reported when co-administering adipose-derived stem cells (ASCs), a process called cell-assisted lipotransfer (CAL). Our hypothesis is that CAL might indeed limit volume gain in most women seeking aesthetic breast augmentation because it doubles the amount of fat required without consistently improving the outcome. Electronic databases were searched for articles published between January 2008 and October 2019 in English and German. All original articles evaluating fat viability following autologous breast augmentation in vivo were included. Based on the reported retention rates, potential volume gains were estimated for CAL and AL. A total of 23 studies were selected. The AL retention rate varied from 39% to 76%, whereas CAL increased this rate at best by 24%. The body mass index (BMI) ranged from 18.8 to 23.4 (20.4±1.6) in the study population, whereas the BMI of women in the same age group is 28.7 (±8.4). We calculated that, starting from 200 ml of harvested fat and after two sessions of AL of 100 ml each, the volume retained would be at most 152 ml. In contrast, after one session of CAL of 100 ml, while the remaining 100 ml are used to isolate ASCs, a maximum of 95 ml of fat would remain. The volume gain after two sessions of AL is far superior to that after one session of CAL for the same volume of harvested fat. This is an important practical consideration for women with low BMI, as the extra fat required to isolate ASCs is not counterbalanced by an increase in the retention rate. Therefore, two sessions of AL may be preferable to maximize the volume gain.

Plastie brachio-thoraco-mammaire : à propos de 12 cas après amaigrissement massif

The need of iterative surgeries, the proximity of two anatomical areas, the combination of an aesthetic surgery with a surgery covered by health insurance are the reasons which motivated the authors to provide a simultaneous procedure on arms and breast in patients achieving massive weight loss. We propose a vertical continuation of the lateral mastopexy incision superiorly, in continuity with a simultaneous brachioplasty incision to treat the excess skin and subcutaneous tissue of the lateral chest wall, either by resection, or by increasing the breast with the patients own autologous tissue. Between 2010 and 2017, twelve patients aged between 31 and 56 years, with 42 being the average, have undergone a technique that utilises a vertical continuation of the lateral mastopexy incision superiorly, in continuity with a simultaneous brachioplasty incision: transverse skin incisions and free nipple transplantation for correction of extreme gynaecomastia (2 cases), mastopexy with resection of the excess tissue of the lateral chest wall (8 cases), autologous breast augmentation by the use of intercostal artery perforator flaps (2 cases). Mean body mass index (BMI) was 24kg/m2 [23; 32] after average weight loss of 56kg [14; 112] following diet (3 cases) or bariatric surgery (9 cases). Mean operative time was 4hours [3: 6], mean length of hospital stay was 4 days [2; 9]. We observed one major complication (hematoma) and one minor complication (wound dehiscence). At a mean follow-up of 21 months (ranged from 15 days to 84months), the lateral flank scarring was well tolerated, with the additional benefit of reducing flank fullness. The extended lateral flank scar allows reducing the excess skin and subcutaneous tissue of the lateral chest wall, while being easily concealable. This technique offers an elegant solution to this excess that used to persist after multistage surgeries.

Application of Fat Grafting in Cosmetic Breast Surgery.

The role of fat grafting to the breasts has evolved in the recent past, gaining several new applications within both reconstructive and aesthetic surgery. Initially used for reconstructive purposes to fill lumpectomy defects or to correct residual contour deformities after breast reconstruction, it has since made its way into cosmetic breast surgery and has grown to encompass a wide variety of new indications. Fat grafting in aesthetic breast surgery may be performed as a form of primary autologous breast augmentation or as an adjunct to implant-based breast augmentation to disguise implant edges. It may also be used to provide added volume after explant surgery or to provide improvements in breast contour alongside mastopexy techniques. In this article, we will review the current applications of fat grafting in aesthetic breast surgery and provide an up-to-date summary of its reported outcomes, safety, and complications.

Clinical Application of Precise Composite Breast Augmentation.

For thin women with little subcutaneous fat and micromastia, they could not obtain ideal results by choosing autologous fat breast augmentation or prosthesis-only breast augmentation. To address these problems, we combined autologous fat and prosthesis for breast augmentation, and the clinical results were satisfactory. Eleven cases of composite breast augmentation from 2014 to 2017 were analyzed retrospectively. Postoperative follow-up and evaluation were completed. The operations were performed through a subaxillary incision, and the round, high-convex breast prostheses were implanted into the retropectoralis major space. Autologous fat was injected into subcutaneous, retromammary, and prepectoralis layers to cover the whole breast before and after implanting the prosthesis. The mean follow-up period was 16 months (range, 6-36 months). All patients were satisfied with the size of their breasts. Postoperative complications such as infection, vascular embolism, delayed healing incision, hematoma, and seroma were not detected. In 1 case, the sensation of a unilateral nipple-areola was decreased initially but recovered after 4 months. Long-term complications such as capsular contracture, palpable nodules, double-bubble deformity, asymmetry, poor handling, implant edge visibility, and palpability also did not occur. Breast augmentation combining autologous fat and prosthesis was safe and could achieve aesthetically satisfactory results.

Autologous Fat Grafting in Cosmetic Breast Augmentation: A Systematic Review on Radiological Safety, Complications, Volume Retention, and Patient/Surgeon Satisfaction.

Autologous fat grafting (AFG) is increasingly used in cosmetic surgery. However, its efficacy and safety are still ambiguous. Both a comprehensive overview and recapitulation of the relevant literature provide current evidence on the efficacy and outcomes of AFG in cosmetic breast surgery. This review provides an up-to-date overview of the literature on AFG in cosmetic breast augmentation. A systematic review of the literature on AFG used for cosmetic breast augmentation was conducted according to the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) guidelines. This study included selected studies that were published between January 1996 and February 2016 and reported on 10 patients or more who had a minimal mean follow-up period of 1 year. In this study, 22 articles that reported on 3565 patients with follow-up periods ranging from 12 to 136 months were included. A complication rate of 17.2% (95% CI 15.9-18.5) was seen. Indurations were the most frequent complication (33.3%, 95% CI 20.4-46.3), followed by persistent pain (25%, 95% CI 0.5-49.5), and hematoma (16.4%, 95% CI 14.5-18.4). Mammograms revealed micro-calcifications (9.0%, 95% CI 6.4-11.5) and macro-calcifications (7.0%, 95% CI 3.8-10.2). The mean volume retention was 62.4% (range, 44.7-82.6%), with a satisfaction rate of 92% in patients and 89% in surgeons. AFG is a promising method in achieving autologous cosmetic breast augmentation with satisfactory volume retention and satisfaction rates in eight and six studies, respectively. Complications and radiological findings are comparable to those after implant augmentation. Future studies should focus on cancer occurrence and detection to further substantiate AFG safety. In addition, grafting methods and the use of auxiliary procedures to identify factors leading to better outcomes in terms of volume retention should be investigated. Finally, objective questionnaires are needed to represent patient satisfaction. 3 Therapeutic.

Immediate Large-Volume Grafting of Autologous Fat to the Breast Following Implant Removal.

To optimize autologous breast augmentation, a simple and reproducible surgical approach that maximizes the volume of fat transferred to the breast while minimizing the number of sessions and the operating time is needed. The authors describe a novel approach for large-volume fat grafting to the expanded skin and subcutaneous tissue of the breast immediately after explantation, exchanging the volume provided by the implants with transplanted fat in a single session. Eighty patients (160 breasts) undergoing explantation and autologous fat transfer were evaluated in a prospective study. Fat was harvested with the lipomatic power-assisted liposuction machine (Lipomatic Eva SP, Euromi SA, Verviers, Belgium) and was injected with simultaneous vibration and tunnelization of the recipient site by means of the same machine with suction disabled. Changes in breast volume were measured in terms of bra cup size, and patients were monitored by mammography and ultrasonography. Patient satisfaction was assessed with a questionnaire administered 6 months postoperatively. Injected fat volumes ranged from 300 to 600 mL per breast. Operating times ranged from 45 to 90 minutes. For all patients, one injection session was sufficient to replace the volume of the previous implant. Patients were monitored for an average of 2 years, and complications included cyst formation in 9 of 160 breasts (5.6%) and infection in 2 breasts (1.25%). Power-assisted transfer of autologous fat to the breast improves the ability of the recipient site to receive the graft and allows for explantation and fat transplantation in a single session. This approach is suitable for patients who desire a natural-appearing breast that is similar in volume to their previous implant.

A Side by Side Trial of Pluripotent Cell Enrichment in Autologous Fat Grafting of the Breast

BACKGROUND: Fat grafting of the breast is a widely utilized procedure still limited by inconsistent volume retention. A promising strategy to improve engraftment is replenishment of stromal vascular cells, depleted by the liposuction harvest process, through point of care cell isolation from excess lipoaspirate. Pluripotential cells residing in large numbers in the perivascular areas of adipose tissue demonstrate superior survival of the anoxic and physical insult of harvest and engraftment, reduce inflammation, stimulate neovascularization and support adipose tissue regeneration. This is a prospective study of the clinical effect of cellular fat graft enrichment on volume retention after breast fat grafting in a side by side trial. METHODS: In this level 1, prospective study, one breast of each patient received fat graft enriched with SVF cells isolated at the point of care from between 100-200 cc’s of excess lipoaspirate. The opposite breast, injected with the same volume of non enriched fat, served as control. End points are relative breast volume retention at 3-6 months by comparison of volumetric indices of each breast calculated from measurement of photographic registration landmarks and qualitative patient perception. RESULTS: A total of 12 women, age 22-51 were augmented with 250 to 360 grams of lipoaspirate per breast. Mean follow-up was 6.4 months. Post-operative breast volume showed a significant increase in both breasts. Volume retained in the experimental breast (Exp) augmented with cell enriched lipoaspirate showed a significantly greater volume index increase when compared to the control breast (C). The average preoperative ratio of breast indices (Exp/C) was 1.23 compared to a ratio of 1.90 at 5 months. This difference in volume retention through photographic analysis was confirmed by blinded observer evaluation and quantitative photographic analysis and the enrichment effect persisted through the end of the trial at 12 months. Complication rate was comparable in both breasts and consistent with previously reported rates for autologous fat breast augmentation (Figures 1 and 2).Figure 1: 44-year-old woman preop fat injection. Right breast: 300cc fat + approximately 9.3e6 ADSC’s. Left breast: 300cc fat only.Figure 2: 3 months postop. Postop quantitative volume measurements show a 16% greater increase in right breast volume relative to left breast volume. Right volume / left volume: Preop = 0.92, PostOp = 1.10.CONCLUSIONS: This study clearly demonstrates that graft volume retention in the breast can be improved by replenishing the population of pluripotential cells depleted in lipoaspirate fat graft. This finding is entirely consistent with a growing understanding of the role of stromal vascular cells in the regeneration process and the concept of utilizing this understanding to optimize the clinical engraftment process and volume retention.

Autologous Breast Augmentation With the Deepithelialized Fasciocutaneous Infragluteal Free Flap

Breast augmentation with silicone implants is frequently performed, a daily procedure in plastic surgery. Nevertheless, there are well-known risks of capsular formation and contraction leading to pain, displacement, and rupture after breast augmentation. Thus, the frequency of augmentation with autologous tissue is increasing. Most frequently used are the transverse rectus abdominis muscle flap, the deep inferior epigastric artery perforator flap, and the gracilis free flap, but in some cases, these flaps are not the first choice. Therefore, we present our experience with the free fasciocutaneous infragluteal (FCI) flap. The FCI flap is based on a constant end artery of the inferior gluteal artery and has frequently been used for various indications at our department for many years. Since 1998, 17 patients suffering from breast hypoplasia, congenital breast asymmetry, or consecutive capsular fibrosis were treated with 25 FCI flaps. In this series, no complete or partial flap loss was clinically detected. The only complaint was a discomfort at the donor site in the early postoperative period. As revealed by a final questionnaire, all patients were satisfied with the result. Our results suggest that the FCI flap should be considered as a worthy alternative for autologous breast augmentation, especially in thin patients suffering from breast hypoplasia, congenital asymmetry, or consecutive capsular formations.

Vertical Mastopexy and Lateral Intercostal Artery Perforator (LICAP) Flap With Pectoralis Muscle Sling for Autologous Tissue Breast Augmentation in the Bariatric Patient

Breast contouring surgery after massive weight loss is challenging because of unfavorable features such as inelastic skin, volume depletion, loss of upper pole fullness, and significant ptosis. An approach is presented for autoaugmentation using a lateral intercostal artery perforator (LICAP) flap secured with a pectoralis muscle sling, along with mastopexy based on vertical scar principles. In a total of 8 patients (average age: 39.3 years, range: 29-57; average body mass index: 30.8 kg/m2, range: 25.7-39.1) with breast ptosis and volume depletion after a mean weight loss of 121.9 pounds (range: 80-210), LICAP flap (n = 16) was used with turnover flap design to increase breast volume under a pectoralis muscle sling. Vertical design mastopexy (n = 16) was achieved at the same time, resulting in an L-shaped final scar. All the patients were followed for at least 1 year after the surgery. Patient satisfaction was high at long-term follow-up (average: 16.8 months, range: 12-24), with stable and pleasing breast shape and a mean patient ranking for aesthetic outcome of 4.2 (of 5). None of the patients developed any flap necrosis or fat necrosis. An alternative approach is described for the combined treatment of breast ptosis and volume loss in the bariatric patient, with promising long-term results. The muscle sling seems to help prevent tissue descent, without evidence of pseudoptosis at long term. It is shown that vertical scar techniques can be successfully used even in bariatric patients.

Single Treatment Autologous Breast Augmentation with Adipose-Derived Regenerative Cell-Enriched Fat Graft

Plastic and Reconstructive Surgery: October 2010 - Volume 126 - Issue - p 69-70 doi: 10.1097/01.prs.0000388790.67833.2b

Refining Trunk Contouring With Reverse Abdominoplasty

The reverse abdominoplasty is an effective technique for selected patients seeking treatment for upper abdominal tissue excess and laxity. Specifically, the procedure is particularly effective in patients who have previously undergone conventional abdominoplasty or liposuction and have residual upper abdominal contour problems. It is a versatile technique that may be combined with a number of adjunctive procedures, notably autologous breast augmentation with the excess upper abdominal tissue. The authors reviewed their experience with the reverse abdominoplasty in a series of 14 consecutive patients who underwent surgery over a five-year period. Patient case notes, as well as and pre- and postoperative clinical photographs, were analyzed. Furthermore, patients were directly questioned to assess their surgical result. The mean age of the cohort was 56.6 years and the majority of patients had undergone previous abdominal or breast aesthetic surgery. A mean of 6 cm of upper abdominal tissue was excised, weighing a mean of 326 g. There were no major complications and only three patients had to undergo minor revisional surgery postoperatively. The authors present their surgical outcomes and discuss the indications, benefits, and lessons they have learned from their experience with this useful technique in relation to the published literature. The ideal candidate for this procedure appears to be a patient who is older, presents with excess upper abdominal skin, has had a previous conventional abdominoplasty, and who has existing inframammary scars.

Autologous breast augmentation with the lateral intercostal artery perforator flap in massive weight loss patients

The body contour deformities that develop in morbidly obese patients following bariatric surgery often involve the breasts. Mastopexy is virtually always required in the female massive weight loss patient, and breast augmentation is often an important adjunct to breast-lifting procedures. The lateral intercostal artery perforator (LICAP) pedicled flap provides ample material for autogenous breast augmentation in such patients. Between June 2001 and June 2005, bilateral LICAP flaps were used as a method of autologous breast augmentation in six patients after massive weight loss. Of the 12 pedicled LICAP flaps raised, the average flap dimension was 23.6x10.6 cm. Mean flap harvesting time was 60 min (range 45-75 min) for a single flap. All but two flaps were based on one perforator. All donor sites were closed primarily. Complete flap survival was achieved in all cases. A minor wound dehiscence occurred in two cases both of which healed secondarily. Patient satisfaction with both the appearance of their breasts and lateral axillary-thoracic region was high. The improved contour of the lateral axillary region was frequently noted as a significant benefit. In massive weight loss patients, harvesting the lateral skin-fat excess based on the LICAP provides supple tissue for breast augmentation, while simultaneously improving the contour of this area frequently affected by skin excess. Additionally, harvesting these flaps without sacrifice of the underlying muscle eases postoperative recovery and reduces donor site morbidity.

The versatility of the inter-costal artery perforator (ICAP) flaps

Anatomy and classification of intercostal perforator flaps in addition to our experience with will be demonstrated for different indications. The intercostal vessels form an arcade between the aorta and the internal mammary vessels. Different pedicled perforator flaps can be raised on this neurovascular bundle to cover defects on the trunk. They are classified as following: dorsal intercostal artery perforator flap (DICAP); lateral intercostal artery perforator (LICAP); and anterior intercostal artery perforator (AICAP) flap. Between 2001 and 2004, 20 pedicled (ICAP) flaps were harvested in 16 patients. The indications were: immediate partial breast reconstruction in eight patients who had a quadrantectomy for breast cancer; midline back and sternal defects in three patients who had radical excisions for a dermatofibrosarcoma or malignant melanoma; and autologous breast augmentation (four bilateral and one unilateral flap) in five post-bariatric-surgery patients. The average flap dimension was 18 x 8 cm(2) (range 8 x 5-24 x 12 cm(2)). There were two DICAP flaps, two (AICAP) flaps and 16 (LICAP) flaps. All but two flaps were based on one perforator. Mean harvesting time was 45min for a single flap. Bilateral breast augmentation with LICAP flap necessitated longer operative time (range 2-3h) depending whether it was combined or not with mastopoexy. Complete flaps survival was obtained. All donor sites were closed primarily. The (ICAP) flaps provide valuable options in breast surgery; and for challenging defects on the trunk without sacrifice of the underlying muscle.

Medial thigh lift free flap for autologous breast augmentation after bariatric surgery.

Massive weight loss following bariatric surgery frequently results in body contour deformities like ptotic and hypoplastic breasts, redundant abdominal tissue and loose skin especially in the medial thigh area. This redundant tissue can be used for breast augmentation in the case of hypertrophic ptotic breasts. In 3 patients who underwent a vertical banded gastroplasty and consecutively lost more than 60% of their body weight, a breast augmentation with a transverse gracilis myocutaneous free flap was performed. Bilateral myocutaneous gracilis free flap breast augmentation resulted in an esthetic, pleasing result, with additional correction of the redundant skin from the medial thigh region. Autologous breast augmentation with a simultaneous medial thigh lift can be performed safely, after successful weight loss following bariatric surgery.