Bilateral Scarpa`s Fascia Advancement Flaps to Improve
Transcription
Bilateral Scarpa`s Fascia Advancement Flaps to Improve
Egypt, J. Plast. Reconstr. Surg., Vol. 35, No. 1, January: 133-140, 2011 Bilateral Scarpa’s Fascia Advancement Flaps to Improve the Waistline in Abdominoplasty WAEL M. ELSHAER, M.D.*; SAMEH ELNOAMANI, M.D.** and HOSSAM HOSNI, M.D.** The Department of Plastic and General surgery, Faculty of Medicine, Bani-Suef * and Cairo** Universities. better sculpting or to hide the abdominal scar [1]. With the advent and popularity of the liposuction procedure and with a better understanding of skin retraction post-liposuction surgery, many of the previously abdominoplasty procedures are now treated by the less invasive and more rapid recovery procedure of liposuction surgery. Nevertheless, abdominoplasty still holds a very intricate and selfsatisfying place in the world of cosmetic surgery [2]. The goal of most abdominoplasty procedures is not only to improve the contour and shape of the abdomen, but to achieve a smooth, flowing, harmonious contour by improving the overall silhouette and appearance of the region [3]. The waist is an area of paramount importance for the feminine figure, which begins at the level of the lower ribs and ends at the level of the iliac crest; its narrowest point is approximately 4cm above the navel [4]. Although aponeurotic suturing in the midline was noted to be able to reduce anterior projection of the abdominal wall, it did little to reduce the diameter of the waist. Many authors have proposed different techniques to treat the deformity caused by the laxity of the muscular frame of the abdominal wall [2] , but the plication of the anterior rectus sheath is the most popular way to deal with this muscular deformity. This procedure was emphasized by Avelar [5] and Bozola and Psillakis [6]. Rectus plication and its modifications have become an integral part of the abdominoplasty operation in order to narrow the waistline [7]. A row of oblique transverse plication [8] and vertically longitudinal plication [9] in the external oblique fascia have been proposed to reduce the waistline. External oblique muscle flaps for reinforcement of the umbilical area have been reported [10] . Dermal flaps have also been associated with vertical fascial plication to improve the waistline [11]. H-shaped and fusiform plications were reported to improve the waistline and to reinforce the musculoapo- ABSTRACT The goal of most abdominoplasty procedures is not only to improve the contour and shape of the abdomen, but to achieve a smooth, flowing, harmonious contour by improving the overall silhouette and appearance of the region. The waist is an area of paramount importance for the feminine figure, which begins at the level of the lower ribs and ends at the level of the iliac crest; its narrowest point is approximately 4cm above the navel. The purpose of this study was to report our results on 30 patients who underwent abdominoplasty and improvement of the waistline utilizing Scarpa’s fascial advancement flaps and plication in the midline. Patients and Technique: During a 13-month period from January 2009 to February 2010 we operated on 30 patients. All patients presented for improvement of the abdominal contour. On examination there was rectus diastasis, excess skin and ill-defined waistline. Patients who were smoker, with uncontrolled diabetes, upper abdominal scars, ventral hernia, or previous abdominoplasty were excluded from the study. Results: 30 female patients from 17 to 37 years of age (mean 29.6 years), followed-up from 6 to 13 months (mean 9.6 months) postoperatively. No cases of major complications were reported, while minor complications occurred in four cases. The aesthetic outcome as evaluated by the patients was good in 27 cases (90%) (Figs. 3,4,5) and fair in 3 patients (10%), and no bad results. Conclusion: The procedure proved to be safe, with only a few minor complications and no major complications. This technique provides a good option for the treatment of abdominal contour deformities, in which waistline improvement is desired. Further comparative studies between this technique and other traditional abdominoplasty techniques are necessary to evaluate different objective outcomes. INTRODUCTION Numerous papers and articles have been written about different techniques of the abdominoplasty procedure and date back from over a century ago. Body sculpting and contouring has been a fascination of many cosmetic surgeons. Throughout the past century there have been many surgeons who have described different procedures to achieve 133 134 Vol. 35, No. 1 / Bilateral Scarpa’s Fascia Advancement neurotic system in the upper and lower abdomen [12] and triple plication in mini-abdominoplasty [13]. However, while this effect on the waistline is clearly visible in the operating room when tying down the plicating suture, it causes intra-abdominal hypertension known to effect venous return with a 1.1% risk of deep venous thrombosis [14]. Also this may cause a respiratory distress in the postoperative period [15]. In addition the results of some studies indicate that stretching of linea alba is limited to 2 inches in the majority of cases (82%) and that stretching beyond 2.5 inches occurs only in a small number of cases (2%). Therefore the reliance on linea alba stretching as an indicator of abdominal wall stretching is erroneous and the presence of abdominal laxity and protrusion is not synonymous with the presence of a diastases of the recti muscles; conversely flat abdomen may exhibit significant diastases and may not correlate with the site of the maximal abdominal protrusion [16]. A very important concept in body contouring was set forth by Lockwood, with his emphasis on the superficial fascial system (SFS) [17]. He further described a high-lateral tension abdominoplasty which was designed to improve the waistline, while the wound closure by maximum tension at the level of the superficial fascia allowed the skin closure to be performed under minimal tension, which helps to achieve a fine-line high-quality scar [18]. The superficial fascial system is the connective tissue network that resides below the dermis and provides the major structural support for the skin and fat of the body and repair of the SFS would be expected to diffuse the tension on the skin flap, lift areas of soft tissue ptosis, and provide longlasting support [19]. The purpose of this study was to report our results on 30 patients who underwent abdominoplasty and improvement of the waistline utilizing Scarpa’s fascial advancement flaps and plication in the midline. PATIENTS AND TECHNIQUE During a 13-month period from January 2009 to February 2010 we operated on 30 patients in Bani-Suef University Hospital, Kasr Al-Aini Hospital (Cairo University), and author’s private clinic. All patients presented for improvement of the abdominal contour. On examination there was rectus diastasis, excess skin and ill-defined waistline. Patients who were smoker, with uncontrolled diabetes, upper abdominal scars, ventral hernia, or previous abdominoplasty were excluded from the study. The details of the operation were explained, and the patients were shown before and after pictures to ensure that they clearly understand the magnitude of the procedure and the location of the scars. All patients were followed-up for at least six months after the operation. Anterior and lateral preoperative and postoperative photographs were taken, with particular attention paid to the waistline in the anterior view and the contour of the abdomen in the lateral view. Outcome variables of interest included complications and subjective evaluation of aesthetic outcomes. Surgical Technique: • Preoperative markings: Preoperative markings are crucial to successful surgery and to achieve desired symmetrical results. Patients were marked preoperatively in the standing position, and a transverse line was made just above the pubic hair extending laterally 7 to 9 cm in each direction towards and medially to the anterior superior iliac spine. The amount of hypogastric skin flap excess was estimated by the tension pulling required to approximate it to the inferior margin of the incision. Another line is traced in the form of bicycle handlebars to give high lateral tension; this second line begins and ends at the anterior superior iliac spine. • Upper abdomen liposuction: In all cases, a deep and superficial liposuction of the upper abdomen from the inframammary fold to the umbilicus through an umbilical incision was performed. The goals were to reduce the volume and to mobilize the tissues downwards. However, to preserve vascularization of the flap, wide continuous undermining to the costal margin was not done, but rather discontinuous tunneling was performed. Liposuction was performed following the traditional tumescent method, using cannula 3 and 4mm in size. • Dermolipectomy: Dermolipectomy incision was made after the prior markings down to the suprapubic abdominal fascia. Once the Scarpa’s fascia was exposed centrally, the incision was extended laterally above the fascia. Suprafascial sharp dissection was then carried out in a cephalic direction to the region of the umbilicus (Fig. 1a). The umbilicus was circumscribed and left insitu. Above this level central dissection was deepened to the aponeurosis of the rectus muscle creating a tunnel approximately 10cm wide as far as the xyphoid process (Fig. 1b). The rectus muscle diastasis was repaired with continuous non-absorbable suture from above downwards. • Scarpa’s fascia flaps: Lateral flaps from the Scarpa’s fascia were created by incising the lower border of the fascia at the skin incision level after Egypt, J. Plast. Reconstr. Surg., January 2011 separating the fascia from the underlying loose tissues, cutting only the fascial layer to preserve underlying lymphatic channels. With minimal undermining of the medial borders of the fascia, medial advancement of the flaps greatly enhanced the waistline (Fig. 2a). The Scarpa’s fascia flaps were sutured to the underlying rectus sheath with (A) 135 continuous non-absorbable sutures. Overlapping of the fascial flaps was avoided in order not to create supra-pubic bulge (Fig. 2b). After positioning of the umbilicus and excision of the excess skin, closure of the incision was done in two layers. Two closed-system suction drains were left under the abdominal flaps. (B) Fig. (1): Intraoperative view. (1-A) Suprafascial sharp dissection carried out in a cephalic direction to the region of the umbilicus. (1-B) Central dissection above the umbilicus deepened to the aponeurosis of the rectus muscle creating a tunnel. (A) (B) Fig. (2): Intraoperative view. (2-A) Lateral flaps from the Scarpa’s fascia created. (2-B) The Scarpa’s fascia flaps sutured to the underlying rectus sheath without overlap. RESULTS Lipo-abdominoplasty with bilateral Scarpa’s fascia advancement flaps to improve the waistline were performed on 30 female patients from 17 to 37 years of age (mean 29.6 years), followed-up from 6 to 13 months (mean 9.6 months) postoperatively (Table 1). The etiology of the abdominal deformity was as the following: 15 patients due to repeated multiple pregnancy; 9 cases due to weight gain; 2 cases due to weight loss; and 4 cases postbariatric surgery (two cases post laparoscopic sleeve gastrectomy and two cases post laparoscopic adjustable gastric banding). The operations were done under general anaesthesia. The results were evaluated according to the achievement of a nice abdominal contour presenting narrowing of the waistline on a scale of good-fair-bad according to patient's evaluation. No cases of major complications were reported, while minor complications occurred in four cases. We had two cases of seroma collection after removal of suction drains, both cases were treated conservatively by repeated aspiration and compression. The other two cases 136 Vol. 35, No. 1 / Bilateral Scarpa’s Fascia Advancement required scar revision and symmetrization under local anaesthesia due to scar widening; one of them had a small dog-ear at the end of the scar. All patients gained improvements in their posture and how their clothing fit, and they all expressed satisfaction with the results. The aesthetic outcome as evaluated by the patients was good in 27 cases (90%) (Figs. 3,4,5) and fair in 3 patients (10%), with no bad results. The patients with fair results, two of them were post sleeve gastrectomy and they experienced rapid weight loss, preoperatively they were advised for lower body lift operation but they refused long circumferential scars and asked for only abdominoplasty. The third case complained of the widening of the scar and a small dog-ear at the lateral end of the wound and was treated by scar revision and repair of the dog-ear under local anaesthesia. Table (1): Patient data and outcome. No of patient Age Sex 1 33 Female 2 37 3 FU period Aesthetic outcome Complications Multiple preg. 12 Good no Female Multiple preg. 13 Good no 35 Female Weight loss 12 Good no 4 27 Female Weight gain 12 Good no 5 34 Female Multiple preg. 12 Good Seroma 6 33 Female Post bariatric surg. 11 Good no 7 27 Female Post bariatric surg. 11 Good no 8 30 Female Multiple preg. 8 Good no 9 18 Female Weight gain 6 Good no 10 17 Female Weight gain 7 Good Seroma 11 29 Female Multiple preg. 8 Good no 12 28 Female Weight gain 6 Good no 13 32 Female Multiple preg. 6 Good no 14 18 Female Weight gain 12 Good no 15 29 Female Multiple preg. 13 Fair 16 27 Female Multiple preg. 10 Good no 17 31 Female Multiple preg. 7 Good no 18 33 Female Multiple preg. 12 Good no 19 37 Female Multiple preg. 13 Good no 20 35 Female Weight loss 12 Good no 21 17 Female Weight gain 12 Good no 22 34 Female Multiple preg. 12 Good no 23 28 Female Post bariatric surg. 11 Fair no 24 34 Female Post bariatric surg. 11 Fair no 25 30 Female Multiple preg. 8 Good no 26 33 Female Weight gain 6 Good no 27 34 Female Weight gain 7 Good Scar widening 28 32 Female Multiple preg. 8 Good no 29 28 Female Weight gain 6 Good no 30 29 Female Multiple preg 6 Good no Aetiology Scar widening & dog-ear Egypt, J. Plast. Reconstr. Surg., January 2011 (A) 137 (B) Fig. (3): Twenty eight year female, with weight gain. Postoperative anterior view show good results with improved waistline. (A) (B) Fig. (4): Thirty seven year old female, with multiple pregnancies. Postoperative anterior view showing marked improvement of waistline. (A) (B) Fig. (5): Thirty three year old female, with weight gain. Postoperative anterior view showing good results. 138 Vol. 35, No. 1 / Bilateral Scarpa’s Fascia Advancement (A) (B) Fig. (6): Twenty seven year female, with Post-bariatric weight loss. Postoperative anterior view show good results with improved waistline. (A) (B) Fig. (7): Thirty one year female, with multiple pregnancies. Postoperative anterior view show good results. (A) (B) Fig. (8): Thirty five year female, with weight loss and previous caesarean section scar with asymmetrical deformity. Postoperative anterior view show good symmetrical results. Egypt, J. Plast. Reconstr. Surg., January 2011 DISCUSSION Improvement of the waistline is one of the goals of abdominoplasty. However, its shape depends on several factors such as, fat deposits, individual abdominal contour, and degree of muscular tension. The latter is usually affected by pregnancy and is a very common concern [3]. Several techniques of muscular reinforcement to achieve a more harmonious contour of the anterior abdominal wall have been described [4,20-24] . These procedures are basically focused on the tension of the abdominal wall; consequently, they may result in some improvement of the waistline [3] . A survey of the literature revealed that little effort has been made to achieve a better waistline with only few aponeurotic procedures focusing on this specific point were described. Correction of rectus diastasis is a fundamental maneuver to achieve good tension of the abdominal wall and is responsible for part of the waist reduction obtained by the technique described in this study. Furthermore, there was no need for wide plication or plication under tension to avoid increased intra-abdominal pressure, disruption of plicating sutures, postoperative pain, or respiratory complications. Appiani [10] and Psillakis [25] understood the importance of the external oblique muscle for the cosmetic improvement of the waist, and some researchers studied the technique of advancing the external oblique muscles in cadavers. However, no objective studies have been made to clarify the real effectiveness of this technically demanding maneuver which leads to weakness of the abdominal wall close to the groin region and undermine the correction of rectus diastasis [3]. While the Scarpa’s fascia flaps technique adds to the correction of rectus diastasis, improving both the muscle and fascial components of the abdominal wall without the need of wide dissection or disturbing the musculoaponeurotic system of the abdominal wall. Functionally the Scarpa’s fascia plays an important role in the integrity of the skin and support for subcutaneous structure [26] and preservation of Scarpa’s fascia during abdominoplasty proved to lower the complications associated with conventional abdominoplasty [27]. Reduction of total drain output, reduction of hospital stay, decrease postoperative cutaneous parasthesia, preservation of the ilioinguinal nerve, and decrease incidence of seroma from damaged lymphatics are known beneficial effects of preservation of Scarpa’s fascia during abdominoplasty [24]. In this study, major complications such as deep venous thrombosis, pulmonary embolism, respiratory complications, and skin loss were not observed. Mostly, because we did not need to do wide or tight plica- 139 tions for the rectus muscle to improve the waistline depending on the Scarpa’s fascia flap in creation of the waistline. The liposuction in the upper abdomen was discontinuous to preserve the vascularity of the abdominal flap, while the tunnel in the midline was made wide enough to allow for plication of the rectus diastasis. There was two cases of seroma occurred in early cases mostly due to early postoperative removal of the suction drains. These cases were treated conservatively by aspiration and compression and none required surgical drainage. There are many factors affecting the end scar results, as positioning of the patient, symmetry of the abdominal deformity, symmetry of dissection and excision. It should be noted that a scar that is perfectly symmetrical in the immediate postoperative period may become asymmetrical later on [21]. Therefore, all our patients were warned that it may be necessary to perform scar revision after six months. In two cases we had widening of the scar requiring scar revision under local anaesthesia. These occurred because we ignored to reattach the Scarpa’s fascia layer during wound closure. Subsequently, we closed the Scarpa’s fascia as a separate layer in all other cases. In 2008, a study done on 92 consecutive abdominoplasty patients demonstrated that the stretching of the linea alba is usually limited to a fairly narrow range of 2 to 3 inches compared with the much wide range of people’s waist sizes. They concluded that contrary to current theory, the protrusion and stretching of the abdominal wall are caused by the stretching of the entire musculofascial abdominal wall and not only the linea alba [16]. The high satisfaction rate we have obtained in this study is mostly because by the adoption of this technique both component of the abdominal wall were repaired (Figs. 6,7,8). The procedure described was designed to correct the lax abdominal wall musculature, and to tighten the superficial fascial system to efficiently improve the waistline without disrupting the abdominal wall integrity, weakening it, or increasing the risk of major complications while effectively reducing the rate of minor complications. Conclusion: Use of Scarpa’s fascia flaps during abdominoplasty resulted in improved tension of the entire abdominal wall, enhancement of the waistline, and improved uniformity in the contour of the abdomen. These results were maintained during follow up period. The procedure proved to be safe, with only a few minor complications and no major complications. This technique provides a good option for the treatment of abdominal contour deformities, in which waistline improvement is desired. Further 140 Vol. 35, No. 1 / Bilateral Scarpa’s Fascia Advancement comparative studies between this technique and other traditional abdominoplasty techniques are necessary to evaluate different objective outcomes. REFERENCES 1- Giovanni D.B. and William F.: History of abdominoplasty. In: Shiffman M.A. and Di Giuseppe A. (eds): Body Contouring. Springer-Verlag Berlin Heidelberg, p. 207, 2010. 2- Mentz H.A., Gilliland M.D. and Patronella C.K.: Abdominal etching: Differential liposuction to detail abdominal muscular tone. Aesth. Plast. Surg., 17: 287, 1993. 3- Nahas, F.X.: Advancement of the External Oblique Muscle Flap to Improve the Waistline: A study in Cadavers. Plast. Reconstr. Surg., 108 (2): 550-555, 2001. 4- Santos E. and Muraira J.: The Waist and Abdominoplasty. Aesth. Plast. Surg., 22: 225-227, 1998. 5- Avelar J.: Fat suction versus Abdominoplasty. Aesth. Plast. Surg., 9: 265-275, 1985. 6- Bozola A.R. and Psillakis J.M.: Abdominoplasty. A new concept and classification treatment. Plast. Reconstr. Surg., 82: 983-993, 1988. Delineation of risk factors. Plast. Reconstr. Surg., 119 (4): 1319-1325, 2007. 15- Al-Shaham A.A.: Determination of a safe musculofascial plication in abdominoplasty. Med. J. Malaysia., 62 (5): 380-382, 2007. 16- Brauman D.: Diastasis Recti: Clinical anatomy. Plast. Reconstr. Surg., 122 (5): 1564-1569, 2008. 17- Lockwood T.E.: Superficial fascial system (SFS) of the trunk and extremities: A new concept. Plast. Reconstr. Surg., 87: 1009-1018, 1991. 18- Lockwood T.E.: High-tension abdominoplasty with superficial fascial system suspension. Plast. Reconstr. Surg., 96 (3): 603-615, 1995. 19- Sammy A., Yazan A. and Tzakas E.: Superficial fascial system repair: An abdominoplasty technique to reduce local complications after caesarean delivery. Arch. Gynecol. Obstet., 279: 673-675, 2009. 20- Marques A., Brenda E., Pereira M.D., Myrian D. et al.: Abdominoplasty with two fusiform plications. Aesth. Plast. Surg., 20: 249-251, 1996. 21- Claude L. and Pascal J.F.: High superior tension abdominoplasty. Aesth. Plast. Surg., 24: 375-381, 2000. 7- Netscher D.T., Wigoda P., Spira M. and Peltier M.: Musculoaponeurotic plication in abdominoplasty: How durable are its effects? Aesth. Plast. Surg., 19: 531-534, 1995. 22- Ramirez O.M.: Abdominoplasty and abdominal wall rehabilitation: A comprehensive approach. Plast. Reconstr. Surg., 105 (1): 425-435, 2000. 8- Jackson I.T. and Downie P.A.: Abdominoplasty: The waistline stitch and other refinements. Plast. Reconstr. Surg., 61: 180, 1978. 23- Restrepo J.C.C. and Ahmed J.A.M.: New technique of plication for miniabdominoplasty. Plast. Reconstr. Surg., 109 (3): 1170-1177, 2002. 9- Abramo A.C., Casas S.G., Oliveira V.R. and Marques A.: H-Shaped, double-contour plication in abdominoplasty. Aesth. Plast. Surg., 23: 260-266, 1999. 24- Claude L. and Pascal J.F.: The high-superior-tension technique: Evolution of lipoabdominoplasty. Aesth. Plast. Surg., Published online: 08 October, DOI 10.1007/s00266010-9551-5, 2010. 10- Appiani E.: Muscular plasty for aesthetic conformation of the abdominal girdle. Ann. Plast. Surg., 13: 97, 1984. 11- Gonzalez M. and Guerrerosantos J.: Deep planed torsoabdominoplasty combined with buttocks pexy. Aesth. Plast. Surg., 21: 245, 1997. 12- Abramo A.C., Viola J.C. and Marques A.: The H approach to abdominal muscle aponeurosis for the improvement of body contour. Plast. Reconstr. Surg., 86: 1008, 1990. 13- Sozer S.O. and Agullo F.J.: Triple plication in abdominoplasty. Aesth. Plast. Surg. 30: 263-268, 2006. 14- Huang G.J., Bajaj A.K., Gupta S., Peterson F., et al.: Increased intraabdominal pressure in abdominoplasty: 25- Psillakis J.M.: Plastic surgery of the abdomen with improvement in the body contour: Physiopathology and treatment of the aponeurotic musculature. Clin. Plast. Surg., 11: 465, 1984. 26- Abu-Hijleh M.F., Roshier A.L., Al-Shboul Q., Dharap A.S., et al.: The membranous layer of superficial fascia: Evidence for its widespread distribution in the body. Surg. Radiol. Anat., 28 (6): 606-619, 2006. 27- Costa-Ferreira A., Rebelo M., Vásconez L.O., Amarante J.: Scarpa’s fascia preservation during abdominoplasty: A prospective study. Plast. Reconstr. Surg., 125 (4): 12321239, 2010.
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