[Use of the vacuum-assisted closure system for the treatment of perineal gangrene involving the abdominal wall]

Fournier's gangrene: its management remains a challenge

Fournier's gangrene (FG) is a rapidly progressive necrotizing bacterial dermo-hypodermitis of the perineum and external genitalia. It represents a real medical and surgical emergency requiring multidisciplinary care. Our study was based on the retrospective analysis of 18 cases of FG, collected in the Department of General and Visceral Surgery of Fattouma Bourguiba University Hospital in Monastir over an 18-year period extending from January 2000 to December 2018. Our series included 18 cases of FG collected over an 18-year period, an annual incidence of one case per year. The average age of our patients was 58 years (36 to 77). The male prevalence was clear. Diabetes and old age were found to be the major risk factors. The treatment was based on an aggressive surgical debridement remains to be the cornerstone of therapy and is commonly preceded by patient preparation for the surgical act by perioperative resuscitation and broad-spectrum antibiotic therapy, possibly accompanied by hyperbaric oxygen therapy (HBOT). The vaccum assisted closure (VAC) therapy is also used, which is a non-invasive system that promotes open wound healing. Healing techniques can be once the septic risk is controlled. Dressings topical treatments, such as fatty substances or calcium alginate, in addition to skin grafts, musculo-neurotic or musculo-cutaneous cover flaps can be used. During the follow-up period, no reccurrence occurred in 14 out of the 18 cases (2 patients were lost to follow-up and 2 patients died). A colostomy was closed in 10 out of 11 cases with simple follow-ups. Restorative surgery (partial thickness skin graft) at the perineal level was performed in only one case. Despite the better understanding of its etiopathogenesis, the advent of targeted antibiotic therapy, the establishment of a better codification of surgical procedures, the contribution of hyperbaric oxygenation and reconstruction techniques, mortality rates are still high and FG remains a real health threat, thus constituting a real medical and surgical emergency.

The Management of Vacuum-assisted Closure Following Vulvectomy with Skin Grafting

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Vulvectomies often require removal of large areas of vulvar skin, which may result in problems with wound healing, including infections and scarring. At times, skin grafting is needed following a vulvectomy, and for large excisions, a Foley catheter and rectal tube are often required. Vacuum-assisted closure (VAC) for vulvectomy, with or without skin grafting, has been used for a variety of vulvar conditions. The difficult portion of performing these procedures, with the use of the wound VAC, is obtaining an adequate seal around the Foley catheter and rectal tube. The authors present some useful tips to optimize obtaining and maintaining an adequate seal with the use of Hollister wafers and transparent film dressing during these procedures. This technique has been performed on over 25 patients since 2006. All extensive vulvar wounds requiring split-thickness skin grafts were dressed with a VAC device. With the use of these tips, surgery time and postoperative wound VAC leak alarms have decreased.

Is intensive multimodality therapy the best treatment for fournier gangrene? Evaluation of clinical outcome and survival rate of 41 patients

BACKGROUND

To evaluate the effect of surgical wound debridement, antibiotics, and hyperbaric oxygen (HBO) in the treatment of Fournier gangrene (FG).

METHODS

Forty-one patients with a mean age of 54.3±14.6 years were referred to our department with a diagnosis of FG. To calculate a Fourier Gangrene Severity Index (FGSI), nine factors were assessed (temperature; heart rate; ventilatory rate; serum sodium, potassium, creatinine, and bicarbonate concentrations; hematocrit; and leukocyte count). After clinical stabilization, extensive debridement of the necrotic tissue was performed, and a surgical vacuum-assisted closure (V.A.C.®) device was applied. Hyperbaric oxygen was administered; medical therapy consisted of intravenous antibiotics, electrolyte replacement, and parenteral nutrition.

RESULTS

Intraoperative cultures revealed Escherichia coli in 27 patients (66%), Pseudomonas aeruginosa in 28 (68%), gram-positive cocci in 24 (59%), and mixed flora (aerobic and anaerobic bacteria) in 39 (95%). One month after primary debridement, wound granulation was sufficient for plastic surgical reconstruction in all patients.

CONCLUSION

Because of the rapid worsening of FG, early diagnosis and immediate, aggressive multi-modality therapy with surgical debridement and broad-spectrum empiric antibiotics is crucial. The utility of HBO remains unproved.

First report of a necrotising fasciitis of the breast following a core needle biopsy

Necrotising fasciitis (NF) is the most aggressive form of soft tissue infection. We report the first case of NF of the breast following a core needle biopsy. Aggressive management including surgical debridement and vacuum therapy allowed wound healing and breast conservation.

[Vacuum-assisted abdominal closure: its role in the treatment of complex abdominal and perineal wounds. Experience in 48 patients]

INTRODUCTION

Vacuum-assisted closure (VAC) is a promising approach for the management of complex abdominal and perineal wounds. This paper summarizes our experience with this therapeutic modality and demonstrates its efficacity in difficult situations.

PATIENTS AND METHODS

From January 2003 until December 2005, 48 patients (age 30-89) were treated with VAC therapy for open abdomen, infected laparotomy wounds, or tissue loss due to debridement of Fournier's gangrene. Wound dressings were changed every 2-3 days.

RESULTS

Thirty-eight patients (79%) had major co-morbid conditions liable to impact negatively on wound healing. The treatment duration with VAC varied from 20-30 days with an average of eleven dressing changes (minimum 3-maximum 18). Treatment was effective in all patients. Spontaneous closure was achieved in 36 cases (75%); nine patients (19%) required a split-thickness skin graft, and three (6%) underwent delayed secondary closure.

CONCLUSION

In our institution, VAC has become the treatment of choice for complex abdominal and perineal wounds. It is a safe, simple, and effective technique to speed wound healing and it has reduced the duration of hospital treatment in difficult clinical situations and in patients whose general condition is often severely compromised.

Traitements non médicamenteux des infections cutanées graves : oxygénothérapie hyperbare, pansements et thérapeutiques locales

Beside conventional therapy, the management of necrotizing cellulitis and fasciitis is based on non-pharmacological treatments. Hyperbaric oxygen therapy and dressings are the most frequently used techniques. The usefulness of hyperbaric oxygen therapy is clearly demonstrated in experimental studies while the efficacy of this technique is poorly assessed in clinical practice. The French consensus conference has concluded to an adjuvant role of hyperbaric oxygen therapy combined to intensive care management, surgery and antibiotic therapy. Occlusive conventional dressings using humid or vaseline gauze dressings are largely used. Calcium alginate or silver coated dressings might be useful. In addition, vacuum-assisted closure therapy could be proposed in replacement of conventional dressings.

Vacuum-assisted closure: state of clinic art

Treatment of wounds has been the cornerstone of plastic surgery since its inception. Vacuum-assisted closure provides a new paradigm that can be used in concert with a wide variety of standard existing plastic surgery techniques. It was originally developed as an alternative treatment for debilitated patients with chronic wounds. It has rapidly evolved into a widely accepted treatment of chronic and acute wounds, contaminated wounds, burns, envenomations, infiltrations, and wound complications from failed operations. The ease of technique and a high rate of success have encouraged its adaptation by thoracic, general, trauma, burn, orthopedic, urologic, as well as plastic surgeons. This article discusses multidisciplinary advances in the use of the vacuum-assisted closure technique over the past 10 years and its status as of 2006. Creative surgeons continue to regularly adapt the system to difficult problems. This technique in trained surgical hands greatly enhances the scope and safety of wound treatment.

Using topical negative pressure therapy to resolve wound failure following perineal resection

Elective resection of the rectum and perineum in a patient with recurrent squamous cell carcinoma of the anus resulted in significant wound failure. Full healing was achieved with topical negative pressure, with no recurrence of the cancer.

Topical negative pressure therapy: mechanisms and indications

Topical negative pressure (TNP) therapy has emerged as a high-technology, microprocessor-controlled physical wound-healing modality. Complex effects at the wound-dressing interface following application of a controlled vacuum force have been documented. These include changes on a microscopic, molecular level and on a macroscopic, tissue level: interstitial fluid flow and exudate management, oedema reduction, effects on wound perfusion, protease profiles, growth factor and cytokine expression and cellular activity, all leading to enhanced granulation tissue formation and improved wound-healing parameters. Primary indications for clinical use have been documented and include traumatic wounds, open abdominal wounds, infected sternotomy wounds, wound bed preparation, complex diabetic wounds and skin-graft fixation. Whilst this therapy now forms an essential part of the wound healing armamentarium, extensive clinical trials are recommended to confirm efficacy and delineate its optimum use.