Enzymatic debridement after mobile phone explosion: a case report

Area of Science:

• * Burn Management
• * Materials Science
• * Pediatric Surgery

Background:

• * Mobile phones are ubiquitous, with over 90% of individuals owning one.
• * Lithium-ion batteries, common in mobile devices, pose a rare but significant risk of explosion, leading to thermal burn injuries.
• * Selective enzymatic debridement is an emerging, minimally invasive, and safe technique for managing burn wounds.

Purpose of the Study:

• * To report a case of a pediatric burn injury resulting from a lithium-ion battery explosion.
• * To illustrate the successful application of selective enzymatic debridement in treating such a specific burn injury.
• * To highlight the efficacy of enzymatic debridement in pediatric burn management.

Main Methods:

• * A case study approach was employed.
• * The patient sustained a thermal burn injury from a lithium-ion battery explosion.
• * Treatment involved the application of selective enzymatic debridement.

Main Results:

• * The pediatric patient's burn injury was effectively managed using selective enzymatic debridement.
• * The debridement process was noted for its simplicity, minimal invasiveness, and safety.
• * Successful wound healing was achieved with the chosen treatment modality.

Conclusions:

• * Selective enzymatic debridement is a viable and effective treatment for thermal burn injuries caused by lithium-ion battery explosions in pediatric patients.
• * This method offers a safe alternative to traditional debridement techniques.
• * The case underscores the importance of considering advanced wound care options for unique burn etiologies.