Energy and protein provisions for thermally injured children revisited: an outcome-based approach for determining requirements
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Published on: February 1, 2018
K Prelack1, J J Cunningham, R L Sheridan
1Shriners Burns Institute-Boston Unit, Massachusetts General Hospital 02114, USA.
Insights
Adequate energy and protein intake are crucial for healing severe burns in children. Higher energy provisions (1.7x predicted basal metabolic rate) significantly improved weight status at discharge.
Area of Science:
- Pediatric Burn Care
- Nutritional Support
- Metabolic Rate
Background:
- Severe burns in children present significant challenges for wound healing and nutritional status.
- Maintaining adequate energy and protein intake is critical for recovery and preventing complications.
Purpose of the Study:
- To examine the relationship between energy and protein intake and wound healing and weight maintenance in severely burned children.
- To determine optimal nutritional targets for pediatric burn patients.
Main Methods:
- Prospective study of 27 pediatric patients with >40% total body surface area burns.
- Documented actual energy and protein intake over a 4-week period.
- Assessed wound healing and weight status at discharge.
Main Results:
- Mean energy intake was 140% of predicted basal metabolic rate (PBMR); mean protein intake was 2.8 g/kg/day.
- Satisfactory wound healing observed in most patients (≤20% open area at 4 weeks).
- Higher energy intake (≥1.7x PBMR) correlated with significantly higher discharge weights (p < 0.05).
Conclusions:
- Energy intake around 1.2x PBMR with at least 3 g/kg protein supports adequate wound healing.
- Energy intake of approximately 1.7x PBMR enhances weight status in pediatric burn patients.
- Optimized nutritional strategies are essential for improving outcomes in severe pediatric burns.
Abstract:
Energy and protein provisions for adequate wound healing and weight maintenance were examined among severely burned children. Actual intakes were documented for 27 patients admitted with a more than 40% total body surface area burn. Mean energy intake over the 4-week study period averaged 140% of the predicted basal metabolic rate (PBMR), and mean protein intake was 2.8 +/- 0.2 grams per kilogram daily. Wound healing progressed satisfactorily in all patients; at 4 weeks, the open wound area (% open) was 20% or less in 22 patients. Average weight at discharge was 88% +/- 2.6% of ideal body weight. Discharge weights were significantly higher (p < 0.05) among patients whose energy intake exceeded PBMR x 1.7 for at least 1 of the study weeks. We suggest that energy intakes approximating PBMR x 1.2 with a minimum of 3 grams of protein per kilogram will support adequate wound healing, whereas higher energy provisions (PBMR x 1.7) will enhance weight status.
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