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PubMed2004

Evaluation of abdominal wall strength after TRAM flap surgery.

Evaluation of abdominal wall function after transverse rectus abdominis musculocutaneous (TRAM) flap surgery has been mostly subjective. The purpose of this study was to measure abdominal wall strength objectively and to compare the results with the patient's performance of daily activities. Abdominal wall strength was objectively measured with the B200 IsoStation machine preoperatively and 1 year after TRAM flap breast reconstruction. These data were compared with the results of a questionnaire evaluating the patient's performance of daily activities. The results of this testing in 21 patients demonstrated the following: (1) a decrease in abdominal wall strength after bilateral pedicled TRAM flap surgery, which was significant in trunk flexion (34.2 +/- 16.9 ft-lbs to 20.6 +/- 15.2 ft-lbs); (2) compensation by other truncal musculature, with an increase in the strength of trunk rotation (18.8 +/- 13.5 ft-lbs to 28.6 +/- 17.7 ft-lbs) seen after unilateral pedicled TRAM flap surgery; (3) minimal interference with the patient's daily activities; and (4) no effect of mesh on strength. A relationship was demonstrated between the degree of loss of strength in trunk flexion and the patient's difficulty in performing certain activities. The patients who had the greatest loss in trunk flexion following the use of both pedicles also had the most difficulty in performing some daily activities. The patients were satisfied with their reconstructive procedure, with an average score of 8.3 (on a scale of 1 to 10), and reported an improvement in the appearance of their abdomen, with an average increase of 5.1 to 6.8 (on a scale of 1 to 10).

Abdominal Wall↗

PubMed1998

Restoring abdominal wall integrity in contaminated tissue-deficient wounds using autologous fascia grafts.

Necrotizing abdominal wall infections, enteric fistulae, or exposed prosthetic material after ventral hernia repair often results in a loss of abdominal wall integrity. Further surgical reconstruction with prosthetic material is usually contraindicated in the contaminated wound because of the high infection rate necessitating prosthetic removal and further abdominal wall debridement. Consequently, for the past 9 years, we have been using free grafts of autologous fascia lata to replace deficient abdominal wall fascia and muscle in situations where prosthetic material is contraindicated and local tissue rearrangement (i.e., component separation) would be inadequate. Thirty-two patients (mean age 59 years) underwent abdominal wall reconstruction with autologous fascia lata grafts. Indications included exposed mesh (31 percent), enteric fistulae (28 percent), enteric contamination (22 percent), wound infection (13 percent), and immunosuppression alone (6 percent); 31 percent of all patients were immunosuppressed secondary to either a solid organ transplant or a systemic inflammatory disorder. Fascia grafts (mean size 10 x 17 cm) were sutured to the surrounding abdominal wall and covered by local skin flap advancement and/or myocutaneous flap rotation. All abdominal reconstructions were initially successful. Subsequent local abdominal wall complications included cellulitis (n = 3), seroma (n = 2), and skin dehiscence with exposed fascia grafts (n = 7). Five of seven patients with skin dehiscence healed by secondary intention, whereas two had split-thickness skin grafts successfully applied to the granulating fascia. Thigh donor site complications included hematoma (n = 1), skin dehiscence (n = 1), and seroma (n = 2). There have been no cases of lateral knee instability. The average follow-up period is 27 months (range 3 to 106 months). Recurrent hernia has been seen in three patients (9 percent). Interestingly, laparotomy has been performed through an intact fascia lata patch in three patients for unrelated intra-abdominal conditions. In each case, the graft was intact and revascularized, confirming experimental animal data performed in our laboratory. Recurrent hernia has not been observed through the laparotomy site. Our 9-year experience has demonstrated that in the face of large, contaminated abdominal wounds where prosthetic material is contraindicated and local tissue rearrangement would be inadequate, fascia lata autografts are a reliable adjuvant to abdominal wall reconstruction.

Abdominal Muscles↗

PubMed1991

Desmoid tumours of the abdominal wall.

Desmoid tumours of the anterior abdominal wall are benign neoplasms arising from musculo-aponeurotic tissues. Desmoid tumours tend to be locally infiltrative resulting in a high local recurrence following surgical resection only. From 1980 to 1989, 10 patients with desmoid tumours of the anterior abdominal wall were treated. Two patients had only surgical resection, six patients received adjuvant radiation therapy after surgical resection and two patients had medical and/or chemotherapeutic treatment. At the time of analysis, all six patients with adjuvant radiation therapy after a microscopically incomplete resection showed no evidence of disease. Radiation therapy in adequate doses can achieve local tumour control after microscopically incomplete resection of a desmoid tumour of the anterior abdominal wall.

Abdominal Muscles↗

PubMed1991

Abdominal wall considerations and complications in reoperative surgery.

The abdominal wall is the source of significant problems for patients undergoing multiple abdominal operations. The orientation of sequential incisions must be carefully considered to avoid compromise of the abdominal wall blood supply, which may result in either acute (dehiscence) or delayed (ventral hernia) complications. Infections are the most serious problems of the multiply operated on abdominal wall. These complications may range from simple wound infection to necrotizing fasciitis. Management may require only simple drainage of the infection or may entail extensive debridement for the necrotizing processes. Regardless of the cause, the multiply operated on abdominal wall may require reconstruction because of lost fascia. Polypropylene mesh can be employed safely and effectively for this purpose.

Abdomen↗

PubMed2006

Abdominal wall reconstruction using biological tissue grafts: present status and future opportunities.

Surgeons often encounter the challenge of treating acquired abdominal wall defects following abdominal surgery. The current standard of practice is to repair most defects using permanent synthetic mesh material. Mesh augments the strength of the weakened abdominal wall fascia and enables the hernia repair to be performed in a tension-free manner. However, there is a risk of acute and/or chronic infection, fistula formation and chronic abdominal wall pain with the use of permanent mesh materials, which can lead to more complex operations. As a means to avoid such problems, surgeons are turning increasingly to the use of xenogenic and allogenic materials for the repair of abdominal wall defects. Their rapid evolution and introduction into the clinical operating room is leading to a new era in abdominal wall reconstruction. There are promising, albeit limited, clinical data with short-term follow-up for only a few of the many biological tissue grafts that are being promoted currently for the repair of abdominal hernias. Additional clinical studies are required to better understand the long-term efficacy and limitations of these materials.

Abdominal Muscles↗

PubMed2000

[Infected abdominal wall and burst abdomen].

Deep wound infection of the abdominal wall and postoperative abdominal wound rupture are dangerous complications of laparotomy that require emergency operative intervention. The wound infection quota after laparotomy is between 5 and 10%. While subcutaneous infections heal without consequences after wound treatment, deep infections of incisional wounds are a problem. The cause is often an intra-abdominal infection. There are some standard operational measures: consistent debridement of the necrotic parts, careful re-exploration of the intra-abdominal site and early fascial closure with special sutures. All other procedures depend on the individual case. Abdominal wall rupture only occurs in 1% of the cases, but the mortality is high (15-45%). Besides local wound factors and the technical aspects, there a many general causes. Abdominal wall rupture also requires emergency operation. Repeated wound closure without further steps is possible in half of the cases. The mass technique should be used. Both deep wound infections and rupture are important complications in the development of incisional hernias.

Abdominal Muscles↗

PubMed2002

[Abdominal wall endometriosis. Case report and literature review].

Endometriosis, is a disorder affecting as many as 15% of women of childbearing age, is defined as the aberrant or heterotopic growth of glands and stroma identical to the lining uterus. Endometriosis, can be macroscopically identified generally confined to the pelvis, but it can proliferate in other areas like pleura, skin, extremities, lung, spleen, gallbladder, stomach, kidney and abdominal wall. Abdominal wall endometriosis usually occurs in the surgical scar of previous cesarean sections. This condition often looks like a cyclic abdominal pain with a palpable mass or tumor. We report a case of abdominal endometriosis. The definitive diagnosis was established by pathologic analysis.

Abdominal Pain↗

PubMed2006

Reconstruction of abdominal wall by whole thigh flap.

Closure of extensive abdominal wall defects can be a very challenging task as there are no known large local or free vascularized flaps available that could cover the entire abdomen. Tensor fascia latae (TFL) has been widely used for abdominal wall reconstruction [Hill HL, Nahai F, Vasocnez LO. The tensor fascia lata myocutaneous free flap. Plast Reconstr Surg 1978;61:517-22]. However, the dimensions of the standard TFL flap limit its use in cases of large full thickness abdominal wall defects. Therefore, we have used an ingenious technique of raising the entire thigh skin as a fasciocutaneous flap (whole thigh flap) based on the concept of fusion of angiosomal territories, to reconstruct such a defect following excision of a large abdominal wall tumour.

Abdominal Wall↗

PubMed2006

Impaired viscerosomatic reflexes and abdominal-wall dystony associated with bloating.

BACKGROUND & AIMS: Abdominal bloating is a frequent complaint in irritable bowel syndrome (IBS), but its underlying mechanism remains uncertain. Our aim was to determine whether the abdominal wall, specifically its adaptation to intra-abdominal volumes, plays a role. METHODS: In 12 patients complaining of abdominal bloating (8 IBS and 4 functional bloating) and in 12 healthy controls, the effect of colonic gas load (24 mL/min rectal gas infusion for 1 hour) on perception (measured by a 0-6 scale), abdominal girth, and muscular activity was tested. With the participants sitting on an ergonomic chair and the trunk erect, multichannel electromyography was measured via bipolar surface electrodes located over the upper and lower rectus abdominis, and the external and internal oblique bilaterally. RESULTS: In healthy controls, colonic gas loads produced subjective symptoms (score, 3.0 +/- 0.3), objective abdominal distention (girth increment, 6 +/- 1 mm), and increased the activity of the abdominal muscles (external oblique activity, 11% +/- 3% in; P < .05 vs basal). At the same infused gas volumes, the patients developed significantly more symptoms (score, 4.5 +/- 0.4) and abdominal distention (11 +/- 1 mm; P < .05 vs healthy for both). These abnormal responses were associated with failed tonic contraction of the abdominal wall (external oblique activity change, -1% +/- 4%; P value not significant vs basal) and paradoxic relaxation of the internal oblique (activity reduction, 26% +/- 7%; P < .01 vs basal). CONCLUSIONS: In patients with bloating, abdominal perception and distention in response to intra-abdominal volume increments are exaggerated markedly and associated with muscular dystony of the abdominal wall.

Abdominal Muscles↗

PubMed1997

Abdominal-wall recovery following TRAM flap: a functional outcome study.

Abdominal-wall function was evaluated preoperatively and at intervals postoperatively in 25 consecutive patients undergoing breast reconstruction with transverse rectus abdominis myocutaneous (TRAM) flaps (single-pedicled TRAM flap, 14 patients; free TRAM flap, 9 patients; and bilateral free TRAM flaps, 2 patients). Objective measures of abdominal-wall function were performed with the B200 Isostation, a triaxial dynamometer. In addition, the patients were assessed by a physical therapist and filled out an activity questionnaire at each postoperative examination. Tests of abdominal-wall function demonstrated the greatest decrease in performance at the 6-week postoperative tests of flexion. The maximum isometric flexion torque of the pedicled TRAM flap group decreased to 58 +/- 10 percent, while the unilateral free TRAM flap group average was 87 +/- 11 percent of baseline. For the pedicled TRAM flap group this difference was significant (p = 0.004). By the 6-month evaluation, the maximum isometric flexion torque increased for both the pedicled and the free TRAM flap groups to 89 +/- 13 percent and 93 +/- 8 percent of baseline, respectively. The physical therapist evaluation of abdominal-wall strength and the activity questionnaire data showed no statistically significant differences between groups or over time. Rectus abdominis muscle harvest for pedicled TRAM flaps causes a greater insult to the abdominal wall than does free TRAM flap harvest. The ultimate clinical effect of the sacrifice of even an entire rectus abdominis muscle appears to be well tolerated by most patients. This is the first prospective outcome study of abdominal-wall function in TRAM flap patients. The clinical implications of this information will be discussed.

Abdominal Muscles↗

PubMed2006

The omentum-polypropylene sandwich technique: an attractive method to repair large abdominal-wall defects in the presence of contamination or infection.

BACKGROUND: Repair of abdominal wall defects in the presence of contamination or infection continues to be a significant problem for surgeons. The loss of tissue warrants reinforcement of the abdominal wall, preferably by autologous material. However, autologous repair often requires extensive operations that carry a high morbidity. Moreover, the lack of sufficient fascia may be so extensive that insertion of a prosthetic material is inevitable. Polypropylene (PP) is the most appropriate material to use under these circumstances, but without coverage, the mesh will wrinkle and ultimately be extruded. The present report describes an alternative technique for repair of heavily contaminated abdominal-wall defects. PATIENTS: Two patients with a very large heavily contaminated abdominal wall defect due to necrotizing fasciitis in one patient and a lion's bite in the other were treated with the omental sandwich technique. After radical debridement, resulting in a full thickness loss of the abdominal wall, the peritoneum was restored using absorbable polyglactin mesh. The fascial defect was bridged with a PP mesh that was fixed to the adjacent myoaponeurosis and covered with a pedicled omental flap. In both patients the omentum was covered with a split skin. RESULTS: Wound healing in both patients was without complications. Both patients had a sufficient abdominal wall, without signs of herniation after a follow up of 4 and 30 months, respectively. CONCLUSION: The omental sandwich technique is an attractive method to repair large abdominal wall defects in the presence of contamination or overt infection.

Adult↗

PubMed2004

Axillary lymph node metastasis following resection of abdominal wall laparoscopic port site recurrence of gallbladder cancer.

Abdominal wall port site recurrence of gallbladder cancer is well described in the literature in patients that have undergone laparoscopic cholecystectomy with the incidental finding of a gallbladder cancer. The etiology and consequences of this type of metastatic recurrence are unclear. This report describes two cases with the unique sequelae of the interval development of nodal metastases to the axillary lymph nodes following resection of an abdominal wall laparoscopic port site recurrence of gallbladder cancer. The first case involves a patient who developed an isolated left axillary lymph node metastasis approximately 10 months after undergoing resection of a left-sided abdominal wall port site recurrence for a T2 gallbladder cancer. The original tumor had been found at laparoscopic cholecystectomy and definitively treated surgically approximately 3 years earlier. The second case involves a patient who developed isolated nodal metastases to the right axillary lymph nodes approximately 4 months after undergoing resection of right-sided abdominal wall port site recurrence, segment 4/5 hepatic resection, and portal lymphadenectomy for a T2 gallbladder cancer. This tumor had originally been found at laparoscopic cholecystectomy approximately 1 year earlier. These unique sequelae of the interval development of nodal metastases to the axillary lymph nodes demonstrated in both cases has not been previously reported.

Abdominal Wall↗

PubMed2004

Traumatic abdominal wall hernia.

A traumatic abdominal wall hernia (TAWH) is a rare type of hernia, which follows blunt trauma to the abdomen, where disruption of the musculature and fascia occurs, with the overlying skin remaining intact. The case of a sixty five year old female that developed a TAWH, following the collapse of the roof of her house, is reported. She underwent a laparotomy for suspected liver injury, followed by repair of the hernia using a fascia lata graft taken from the thigh. The etiology, pathogenesis and management of this rare hernia are discussed.

Abdominal Wall↗

PubMed2003

Staged management of giant abdominal wall defects: acute and long-term results.

INTRODUCTION: Shock resuscitation leads to visceral edema often precluding abdominal wall closure. We have developed a staged approach encompassing acute management through definitive abdominal wall reconstruction. The purpose of this report is to analyze our experience with this technique applied to the treatment of patients with open abdomen and giant abdominal wall defects. METHODS: Our management scheme for giant abdominal wall defects consists of 3 stages: stage I, absorbable mesh insertion for temporary closure (if edema quickly resolves within 3-5 days, the mesh is gradually pleated, allowing delayed fascial closure); stage II, absorbable mesh removal in patients without edema resolution (2-3 weeks after insertion to allow for granulation and fixation of viscera) and formation of the planned ventral hernia with either split thickness skin graft or full thickness skin closure over the viscera; and stage III, definitive reconstruction after 6-12 months (allowing for inflammation and dense adhesion resolution) by using the modified components separation technique. Consecutive patients from 1993 to 2001 at a single institution were evaluated. Outcomes were analyzed by management stage, with emphasis on wound related morbidity and mortality, and fistula and recurrent hernia rates. RESULTS: Two hundred seventy four patients (35 with sepsis, 239 with hemorrhagic shock) were managed. There were 212 males (77%), and mean age was 37 (range, 12-88). The average size of the defects was 20 x 30 cm. In the stage I group, 108 died (92% of all deaths) because of shock. The remaining 166 had temporary closure with polyglactin 910 woven absorbable mesh. As visceral edema resolved, bedside pleating of the absorbable mesh allowed delayed fascial closure in 37 patients (22%). In the stage II group, 9 died (8% of all deaths) from multiple organ failure associated with their underlying disease process, and 96% of the remaining 120 had split-thickness skin graft placed over the viscera. No wound related mortality occurred. There were a total of 14 fistulae (5% of total, 8% of survivors). In the stage III group, to date, 73 of the 120 have had definitive abdominal wall reconstruction using the modified components separation technique. There were no deaths. Mean follow-up was 24 months, (range 2-60). Recurrent hernias developed in 4 of these patients (5%). CONCLUSIONS: The staged management of patients with giant abdominal wall defects without the use of permanent mesh results in a safe and consistent approach for both initial and definitive management with low morbidity and no technique-related mortality. Absorbable mesh provides effective temporary abdominal wall defect coverage with a low fistula rate. Because of the low recurrent hernia rate and avoidance of permanent mesh, the components separation technique is the procedure of choice for definitive abdominal wall reconstruction.

Abdominal Injuries↗

PubMed1994

Abdominal wall recurrence after laparoscopic colectomy for colon cancer.

BACKGROUND: Although rare, abdominal wall recurrences after laparoscopic surgery for cancer have been increasing at an alarming rate as the range and sheer number of laparoscopic surgical procedures have increased. Overall, 13 case reports of abdominal wall cancer recurrence after laparoscopic surgery have been published. METHODS AND RESULTS: We present the fourth known case of abdominal wall recurrence after laparoscopic colectomy involving a patient with a TNM stage III (T3, N2, M0) colon cancer. Recurrent cancer was located in the abdominal wall incision and also in all four port sites 9 months after surgery. These four cases have all involved patients with advanced cancers of the right side of the colon who underwent a laparoscopic-assisted right hemicolectomy. These cases of abdominal wall cancer recurrence carry ominous implications for the future of laparoscopic surgical procedures involving colorectal malignancy. Recurrent cancer in minilaparotomy incisions may simply be due to local spread of cancerous cells. However, remote port site recurrence may be due to the liberation of cancer cells throughout the abdomen from advanced colorectal cancer no longer confined to the bowel wall facilitated by intraperitoneal carbon dioxide insufflation during laparoscopy. CONCLUSIONS: Abdominal wall cancer recurrence is enhanced by the laparoscopic approach to colectomy for colorectal cancer. Except for controlled, clinical studies, laparoscopic colectomy for malignancy should be abandoned.

Abdominal Muscles↗

PubMed2006

Structural and functional anatomy of the abdominal wall.

Multiple options exist for managing complex abdominal wall defects. These options range from the use of autologous tissue with rearrangement procedures to the use of prosthetic or bioprosthetic materials. All options rely on a thorough understanding of the structural and functional anatomy of the abdominal wall and the relationship of varying anatomical structures to provide the optimal reconstructive procedure. A successful reconstruction is achieved when the structural anatomy is integrated with understanding the dynamic function of the abdominal wall.

Abdominal Wall↗

PubMed1990

Use of a sartorius myofasciocutaneous flap for reconstruction of a large, full-thickness abdominal wall defect.

Many methods for the repair of abdominal wall defects have been described in the literature. In this report we present an alternative to the widely used thigh flaps for repair of large full-thickness abdominal wall defects not amenable to direct closure or repair with local flaps. We report one case of this type of abdominal wall defect closed in one stage using a proximally based sartorius myofasciocutaneous flap. Although an excellent result was obtained in this case, the general applicability of the sartorius proximally based flap in plastic surgery of the abdominal wall requires further investigation.

Abdominal Muscles↗

PubMed2000

The separation of anatomic components technique for the reconstruction of massive midline abdominal wall defects: anatomy, surgical technique, applications, and limitations revisited.

Reconstruction of massive abdominal wall defects has long been a vexing clinical problem. A landmark development for the autogenous tissue reconstruction of these difficult wounds was the introduction of "components of anatomic separation" technique by Ramirez et al. This method uses bilateral, innervated, bipedicle, rectus abdominis-transversus abdominis-internal oblique muscle flap complexes transposed medially to reconstruct the central abdominal wall. Enamored with this concept, this institution sought to define the limitations and complications and to quantify functional outcome with the use of this technique. During a 4-year period (July of 1991 to 1995), 22 patients underwent reconstruction of massive midline abdominal wounds. The defects varied in size from 6 to 14 cm in width and from 10 to 24 cm in height. Causes included removal of infected synthetic mesh material (n = 7), recurrent hernia (n = 4), removal of split-thickness skin graft and dense abdominal wall cicatrix (n = 4), parastomal hernia (n = 2), primary incisional hernia (n = 2), trauma/enteric sepsis (n = 2), and tumor resection (abdominal wall desmoid tumor involving the right rectus abdominis muscle) (n = 1). Twenty patients were treated with mobilization of both rectus abdominis muscles, and in two patients one muscle complex was used. The plane of "separation" was the interface between the external and internal oblique muscles. A quantitative dynamic assessment of the abdominal wall was performed in two patients by using a Cybex TEF machine, with analysis of truncal flexion strength being undertaken preoperatively and at 6 months after surgery. Patients achieved wound healing in all cases with one operation. Minor complications included superficial infection in two patients and a wound seroma in one. One patient developed a recurrent incisional hernia 8 months postoperatively. There was one postoperative death caused by multisystem organ failure. One patient required the addition of synthetic mesh to achieve abdominal closure. This case involved a thin patient whose defect exceeded 16 cm in width. There has been no clinically apparent muscle weakness in the abdomen over that present preoperatively. Analysis of preoperative and postoperative truncal force generation revealed a 40 percent increase in strength in the two patients tested on a Cybex machine. Reoperation was possible through the reconstructed abdominal wall in two patients without untoward sequela. This operation is an effective method for autogenous reconstruction of massive midline abdominal wall defects. It can be used either as a primary mode of defect closure or to treat the complications of trauma, surgery, or various diseases.

Abdominal Muscles↗