Innovative Reconstructive Management of Foot Macrodactyly in a Pediatric Patient: A Case Report.

Macrodactyly is a rare congenital anomaly characterized by disproportionate hypertrophy of one or more digits or the forefoot, involving some or all tissue types. It is nonhereditary and can present alone or alongside other deformities. Usually, macrodactyly is treated with amputation of the affected toe or finger to reduce the chance of recurrence. In this paper, we present the case of a child with macrodactyly who was treated successfully without amputation and instead with a reconstruction of the toe shape to resemble a near-natural-looking toe with intact functions. The patient was a one-year-old female who presented with macrodactyly of her right great toe, right second toe, and forefoot. She had no history of other congenital deformities or systemic diseases. A reconstruction surgery was performed, which involved debulking the right great toe, right second toe, and forefoot. Also, it included the creation of the first web space and the restoration of the nailbed of the second toe. Postoperative follow-up revealed minimal complications. Thus, a second reconstructive surgery was performed, which included debulking and further reconstruction of the foot to improve the result. Several techniques exist for the reduction of macrodactyly that can achieve optimal results. The choice of technique depends on the specifics of the case and the experience of the surgeon. We therefore hope our technique will be beneficial for the management of future cases of macrodactyly. One year of follow-up after the second operation revealed maintained function and no regrowth recurrence.

Survival From Ninety-Five Percent Total Body Surface Area Burn: A Case Report and Literature Review.

Burns can be devastating and result in unwanted consequences with prolonged length of hospital stay. The mortality rate increases as the total body surface area increases, so proper management of patients with extensive degrees of burns is crucial for their survival. We present the hospital course, management, and survival of a patient after he sustained a 95% total body surface area, second-degree burn from a gas flame. Furthermore, we present from the literature different cases of patients with large total body surface area burns and survived after being managed in burns specialty centers. Although large total body surface area burns can result in significant morbidity and mortality, early management and intervention by an expert surgical team can result in positive outcomes.