Update on current therapeutic approaches in burns

Area of Science:

• Trauma Surgery
• Critical Care Medicine
• Burn Management

Background:

• Burn injuries cause rapid intravascular volume loss and edema, necessitating prompt fluid resuscitation.
• Inhalation injury from combustion products increases mortality risk due to hypoxia and airway damage.
• Burned patients are highly susceptible to infections due to loss of the skin barrier and impaired host defenses.

Purpose of the Study:

• To outline the critical aspects of burn patient management, from initial resuscitation to long-term care.
• To highlight the importance of addressing hypovolemia, inhalation injury, and infection in burn victims.
• To emphasize the advancements in burn care contributing to improved patient survival.

Main Methods:

• Initial fluid resuscitation guided by burn size and patient weight using isotonic solutions.
• Diagnosis of inhalation injury via bronchoscopy and/or xenon scan, with supportive ventilation.
• Management strategies including topical antimicrobials, wound excision, grafting, nutritional support, and infection control.

Main Results:

• Successful resuscitation combats hypovolemia and addresses the initial shock phase.
• Early identification and management of inhalation injury mitigate risks of hypoxia and pneumonia.
• Aggressive wound care and infection prevention reduce systemic complications and enhance survival.

Conclusions:

• Multifaceted management, encompassing fluid resuscitation, inhalation injury treatment, and infection control, is crucial for burn patient survival.
• Advances in critical care, organ support, and metabolic management have significantly improved outcomes for severely burned patients.
• Continuous focus on preventing shock, maintaining organ function, and controlling infections remains paramount in modern burn care.