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Management of extensive burns in children
S P Astrozhnikova1, A A Buletova, L A Vasiljeva
1Pediatric Clinical Hospital No. 9, Moscow, USSR.
Insights
Air-fluidized beds significantly improved burn wound healing in pediatric patients. These specialized beds accelerated epithelialization and reduced preparation time for skin grafts, enhancing overall recovery for children with extensive burns.
Area of Science:
- Pediatric Burn Care
- Wound Healing Technologies
Background:
- The Burn Department of Pediatric Clinical Hospital No. 9, Moscow, treated 2723 children between 1986-1988.
- A significant portion, 1465 children, were under three years of age.
Purpose of the Study:
- To evaluate the effectiveness of Clinitron beds with air-fluidized pillows in treating pediatric burn patients.
- To assess the impact of this technology on wound healing and graft success.
Main Methods:
- Utilized Clinitron beds with air-fluidized pillows for 79 pediatric patients (3 months-14 years) with extensive burns.
- Patients received standard burn therapy alongside the specialized bed treatment.
Main Results:
- Air-fluidized beds promoted rapid wound drying and accelerated epithelialization in superficial burns.
- Reduced wound preparation time for autodermoplasty in deep burns.
- Prevented rejection and lysis of replanted skin grafts.
Conclusions:
- Clinitron beds with air-fluidized pillows offer significant benefits in pediatric burn management.
- This technology enhances wound healing, improves graft outcomes, and potentially shortens treatment duration.
Abstract:
2723 children were treated in the Burn Department of the Pediatric Clinical Hospital No. 9, Moscow, during 3 years (1986-1988), among them 1465 children being under 3 years of age. Since 1985, the Department has been using the beds of "Clinitron" type, 79 children (3 months-14 years of age) with extensive burns having been treated on the Clinitron beds with air-fluidized pillows. During the treatment, the children received the usual therapy accepted in the Department. The use of the air-pillows beds promoted rapid drying of the wounds, accelerated epithelialization of the superficial burns, reduced the periods of the wound preparation for autodermoplasty for deep burns, prevented rejection and lysis of the replanted grafts.