A Simple Technique for Intraoperative Scalp Skin Graft Depilation Using Dermabond®

Skin grafting is an essential aspect of burn and wound reconstruction. Split-thickness skin grafts (STSGs) harvested from the scalp are used for wound and burn reconstruction. Skin grafts from the scalp bear hair and hair particles. Residual hair fragments and pieces of hair in the graft have been associated with many complications, including foreign body reaction similar to pseudofolliculitis and chronic inflammation that can lead to infections. It is important to remove the hair and the hair particles from the scalp graft before its application to the donor site. Traditionally, surgeons have employed some techniques including saline agitation and mechanical removal of the hair particles with forceps. These techniques are time consuming and can subject the graft to mechanical damage. There is another technique that has been described using an adhesive tape. This technique uses Ioban™ (3M Healthcare, St. Paul, MN), followed by a saline wash to remove hair from grafts prior to grafting. In this paper, we introduce a novel technique for intraoperative hair depilation prior to graft application to recipient site. We used Dermabond® (Ethicon, Bridgewater, NJ) to remove residual hair particles from the STSG donor. Our technique has several advantages: it is expeditious, it allows minimal mechanical damage to the graft, and can be used for patients with allergies to Ioban. Intraoperative Dermabond depilation of scalp STSGs is safe, easy, and effective

The management of paediatric burns with Burns and Wounds ointment and burdock leaves: a case series.

OBJECTIVE: In the Amish community, natural therapies, such as Burns and Wounds (B&W) ointment and burdock leaves, are preferred over modern medicine when treating burn wounds. The primary aim of this case series is to highlight the use and clinical outcomes of this treatment for paediatric Amish patients. METHOD: At the a paediatric burn centre, two patients were treated with B&W ointment and burdock leaves. The first patient was 11 months old with 17% total body surface area (TBSA) partial and full-thickness scald burns to her lower extremities. The second patient was 24 months old with 20% TBSA partial-thickness scald burns to the torso, bilateral upper extremities, neck and chin. RESULTS: Soon after presentation to the hospital, both patients developed positive wound cultures and required cessation of ointment and burdock leaf therapy. Both patients ultimately underwent surgical interventions. CONCLUSION: Managing burn wounds with B&W ointment and burdock leaves should be considered as an additional option for wound care in select cases. However, the efficacy of this therapy is limited and standard-of-care modern medical burn treatments should remain an option for these patients. It is critically important to build a mutually respectful relationship with Amish patients\u27 community leaders, as this allows open communication and collaboration in patient care and increases the likelihood that Amish guardians will bring their children to a hospital when necessary

The Use of Glabrous Skins Grafts in the Treatment of Pediatric Palmar Hand Burns.

BACKGROUND: An often overlooked, yet useful, technique in the treatment of palmar hand burns is the use of glabrous skin grafting, particularly in dark-skinned individuals. Pediatric palmar burns are a particularly unique subset of burns. The typical split-thickness or full-thickness skin grafts leave a notably different skin texture and pigmentation. It is also known that the psychological aspects of a pediatric burn can be quite burdensome for a child as he or she progresses through childhood and adolescence. For a dark-skinned patient the placement a standard full-thickness skin graft in a nonpigmented palm provides for a constant reminder of a traumatic event. We report a case series of pediatric patients who were managed with glabrous skin grafting from the plantar aspect of the foot. METHODS: A retrospective review of palmar skin burns requiring grafting at a single pediatric burn center experience over a 2 and a half year time period was performed. Seventeen patients were identified. Our treatment algorithm for deep partial thickness burns first relies on a combination of operative and nonoperative measures to expedite the demarcation of the burn injury. If the burn is full thickness in nature or if a lack of progression of healing is identified within the first 14 days of injury, then skin grafting is recommended. Our technique for performing the graft is described. RESULTS: The average age at time of surgery was 2.05 years (6 months to 6.8 years). Fourteen of the 17 patients had darker skin types (Fitzpatrick Type III-VI) and identified themselves as either Hispanic or African American. The average size of the area requiring skin graft after debridement was 0.94% total body surface area (0.5%-2.0%). Of the patients that were not lost to follow-up, 1 patient required additional grafting after developing a finger contracture for splint noncompliance. Aesthetically, the wounds went on to heal with an excellent pigment match and an inconspicuous donor site. CONCLUSIONS: In the management of deep-partial or full-thickness palmar skin burns in the pediatric population that require grafting, the use of plantar glabrous skin grafts offers a reliable option for coverage. The aesthetic and functional results are improved over standard techniques

Randomized clinical study of SilvaSorb gel in comparison to Silvadene silver sulfadiazine cream in the management of partial-thickness burns.

This prospective, randomized study assessed the clinical, microbiological, and patient comfort characteristics of two silver-based topical agents in the management of partial-thickness burn wounds. Pediatric patients were randomly assigned to treatment with either SilvaSorb Gel (Medline Industries, Munedelein, IL) or Silvadene silver sulfadiazine cream (King Pharmaceuticals, Bristol, TN) for up to 21 days or to the point of full reepithelialization of the wound. Inclusion criteria were patients ranging in age from 2 months to 18 years with TBSA ranging from 1 up to 40%. A total of 24 patients were enrolled and completed the study. Findings demonstrated that the use of SilvaSorb Gel was associated with less pain and greater patient satisfaction when compared with Silvadene. No statistically significant differences were found when assessing the rate of infection, time to reepithelialization, or the number of dressings changes required during treatment. The reduction of pain and improved overall patient satisfaction with the use of SilvaSorb Gel compared with Silvadene indicates an important role for SilvaSorb Gel in treatment of partial-thickness burns in a pediatric population

The Use of an Autologous Cell Harvesting and Processing Device to Decrease Surgical Procedures and Expedite Healing in Two Pediatric Burn Patients.

INTRODUCTION: Autologous cell harvesting and processing devices are designed to facilitate the harvesting of cells using enzymatic and physical disruption techniques to immediately apply non-cultured autologous cell suspension (ACS) to the wound area. OBJECTIVE: This case report evaluates clinical outcomes following application of cellular suspension with split-thickness skin grafts (STSGs) as an adjunct for definitive closure of burn injuries and donor sites in 2 pediatric patients. MATERIALS AND METHODS: The cases were performed under a humanitarian use protocol following institutional review board approval at St. Christopher\u27s Hospital for Children (Philadelphia, PA). RESULTS: The first patient was a 4-year-old girl with partial- and full-thickness (32% total body surface area) burn injuries of her head, trunk, flank, arms, thighs, and feet. The patient was discharged 19 days following ACS treatment. The second patient was an 18-month-old girl with partial- and full-thickness (21% total body surface area) burns involving the bilateral lower extremities. She was discharged 22 days after ACS treatment with widely meshed autograft. Neither patient required additional surgical interventions. All treatment and donor areas for both patients remained uninfected and neither patient experienced any unexpected treatment-related adverse events. CONCLUSIONS: These cases are the first of their kind reported in the pediatric population and suggest ACS in conjunction with STSGs can help decrease surgical procedures and expedite healing in pediatric patients with large surface burns