PFC Podcast: White Phosphorus Burn Management

Feb 12, 2026

Dr. Lee Cancio, surgeon and director of the U.S. Army Institute of Surgical Research Burn Center, shares frontline expertise on white phosphorus burns. He discusses how WP keeps burning until removed, the need for continuous water immersion and particle removal, risks of rapid hypocalcemia and EKG changes, surgical debridement and escharotomy, and practical field improvisations for monitoring and evacuation.

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ADVICE

Extinguish White Phosphorus By Continuous Immersion

Do immediately immerse any burning white phosphorus wounds in water and keep them continuously wet to extinguish particles and prevent reignition.
Use cool water or saline and wet dressings because WP melts above 111°F and will re-ignite if allowed to dry.

INSIGHT

White Phosphorus Can Cause Rapid Hypocalcemia

Watch for rapid, life-threatening hypocalcemia after WP exposure that can occur within the first hour.
WP binds calcium in blood causing low serum calcium and can produce sudden death even with only 10–15% TBSA involvement.

ADVICE

Use EKG To Detect WP-Induced Hypocalcemia Early

Monitor ECG (even single lead) within the first hour for hypocalcemia signs, specifically QT prolongation and progressing bradycardia.
If EKG changes or bradycardia occur, give IV calcium (1 g calcium gluconate or calcium chloride).

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In this episode of the PFC Podcast, Dr. Lee Cancio, a surgeon and director of the U.S. Army Institute of Surgical Research Burn Center, discusses the complexities of white phosphorus burns. He explains the mechanisms of injury, initial care, and the urgency of treatment for such injuries. The conversation delves into surgical interventions, wound management, and the importance of monitoring patients for complications like hypocalcemia. Dr. Cancio emphasizes the need for a thorough understanding of these injuries to provide effective care in combat and austere environments.

Takeaways

White phosphorus is a significant concern in combat medicine.
Understanding the mechanisms of injury is crucial for treatment.
Immediate immersion in water is essential for managing burns.
Hypocalcemia can occur rapidly and is life-threatening.
Surgical intervention may be necessary for severe injuries.
Monitoring for ongoing burning is critical in patient care.
Whole blood is not ideal for burn shock resuscitation.
Fluid resuscitation should be adjusted based on burn depth.
Knowledge of injuries helps in making informed decisions.
Prolonged field care requires constant assessment and monitoring.

Chapters

00:00 Introduction to White Phosphorus Burns

02:48 Understanding White Phosphorus and Its Uses

05:39 Mechanisms of Injury from White Phosphorus

08:11 Initial Care and Management of White Phosphorus Injuries

11:00 Urgency in Treatment and Evacuation

13:53 Surgical Interventions and Wound Management

16:51 Case Studies and Practical Applications

19:49 Post-Injury Care and Monitoring

22:15 Final Thoughts on White Phosphorus Injuries

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