Module 7: Complications of Pediatric Multi-Organ Trauma and Other Injuries (Drowning, Burns)

Slide 1 - Learning ObjectivesSlide 2 - Timing of Trauma DeathsSlide 3 - Immediate DeathsSlide 4 - Early Deaths ('Golden Hour')Slide 5 - Late DeathsSlide 6 - Survival Following Pediatric TraumaSlide 7 - Spinal Cord InjuriesSlide 8 - Spinal Cord InjuriesSlide 9 - HypothermiaSlide 10 - Harmful Effects of HypothermiaSlide 11 - Prevention/Treatment of HypothermiaSlide 12 - Acute Respiratory Distress Syndrome (ARDS)Slide 13 - Submersion and DrowningSlide 14 - Outcome After SubmersionSlide 15 - Therapy for SubmersionSlide 16 - Thermal Injuries - Flames and ScaldsSlide 17 - Thermal BurnsSlide 18 - Burns: epidemiologySlide 19 - Burns: inhalation injurySlide 20 - Burns: injury depth and extentSlide 21 - Burns: stabilization and fluidsSlide 22 - Fluid Resuscitation for BurnsSlide 23 - Fluid Resuscitation for BurnsSlide 24 - Burns: transfer and additional considerationsSlide 25 - Burn referencesSlide 26 - Management of Inhalation InjurySlide 27 - Further Resources for Burn InjuriesSlide 28 - Post-Traumatic Stress DisorderSlide 29 - Common Triggers for PTSDSlide 30 - PTSD SymptomsSlide 31 - Caregivers Need Care TooSlide 32 - Review: Question 1Slide 33 - Review: Question 2Slide 34 - Review: Question 3Slide 35 - Review: Question 4Slide 36 - Review: Question 5Slide 37 - Burns: review questionSlide 38 - Acknowledgments of 38

Fluid Resuscitation for Burns

• Thermal injury results in fluid loss into burn wound and into adjacent tissues (third space loss) during initial 24-48 hours
• Burns involving larger than 10% body surface area require intravenous fluid resuscitation
• Parkland Formula most commonly used to guide fluid resuscitation in burn injured children
• Fluid therapy should be frequently reevaluated according to response (urine output, perfusion)

Module 7: Complications of Pediatric Multi-Organ Trauma and Other Injuries (Drowning, Burns)

Burns: stabilization and fluids

Fluid Resuscitation for Burns