Synergistic treatment of infected burn wound utilizing maggot debridement and acellular fish skin grafting - a case report.

ABSTRACT

Here we report about a patient with a full thickness burn injury of the left lower extremity with approximately 8% of total body surface area affected. Initial therapy consisted of necrosectomy and wound coverage with split thickness graft. The patient developed a wound infection with Pseudomonas aeruginosa, resulting in the failure of the skin graft to achieve complete healing. The case was further complicated by the patient's concurrent presentation of anemia, characterized by a hematocrit level of 19.8% on 11th day after admission. Additionally, the patient refused acceptance of any blood transfusion, adding a significant layer of complexity to the management strategy. In summary, the patient's critical state required an immediate intervention. Due to the contraindication for a further surgical debridement and autograft, we changed the treatment strategy to a conservative approach. First, the wound was debrided employing maggot therapy 17 days after admission. Subsequently, free soft tissue coverage was accomplished using decellularized fish skin dressings on 45th day. This approach yielded satisfactory wound closure. Following an approximately two-month hospitalization period (52nd day after admission), the patient was discharged with a stable wound condition, nearing complete healing.