T32.66

Clinical Causes: Accidental contact with hot liquids, chemicals, or flames Industrial or chemical plant accidents Electrocution incidents leading to thermal burns Putting oneself at risk during fires or explosions Exposure to corrosive chemicals such as acids or alkalis

Key Symptoms: Severe pain in affected areas Charred or blackened skin Blistered skin with areas that appear white, leathery, or shiny Loss of sensation or numbness in the burned areas Swelling and inflammation Signs of shock such as fainting, dizziness, and rapid heartbeat Presence of open, deep wounds

Diagnosis Path: Diagnosis is primarily based on physical examination of the burns, including a detailed assessment of the affected body surface area and depth of tissue damage. Healthcare providers may use the 'Rule of Nines' or Lund and Browder chart to estimate the percentage of body surface involved. Further tests such as blood work, imaging studies, or wound cultures can aid in assessing complication risks and planning treatment.

Treatment Protocols: Treatment of extensive third-degree burns involving 60-69% of the body surface typically necessitates a multidisciplinary approach, which may include: - Immediate stabilization to manage airway, breathing, and circulation - Fluid resuscitation to prevent or treat shock - Pain management and sedation - Wound cleaning, debridement, and application of specialized dressings - Surgical interventions such as skin grafts or may require removal of dead tissue - Antibiotic therapy to prevent or treat infections - Nutritional support to promote healing and recovery - Physical therapy and rehabilitation to maintain mobility and function - Psychological support to address trauma and emotional impacts In some cases, intensive care and long-term management are necessary to address complications such as infections, respiratory issues, or organ dysfunction.