The urinary excretions of iron and chromium by children with burns and scalds

Area of Science:

• Biochemistry
• Pediatric Medicine
• Nutritional Science

Background:

• Burn injuries significantly impact metabolic processes.
• Children exhibit unique physiological responses to thermal trauma.
• Trace element metabolism, including chromium and iron, is crucial for recovery.

Purpose of the Study:

• To investigate urinary chromium and iron excretion patterns in pediatric burn patients.
• To explore the relationship between chromium excretion and plasma glucose levels post-injury.
• To assess iron loss and the potential need for nutritional supplementation in the acute phase of burns.

Main Methods:

• Analysis of urinary chromium and iron levels in children following burns.
• Correlation of urinary trace element excretion with plasma glucose concentrations.
• Monitoring of iron/chromium ratios and total iron loss over time.

Main Results:

• Significant variability observed in daily urinary chromium output.
• Increased chromium excretion correlated with elevated plasma glucose post-injury.
• Reduced chromium excretion potentially linked to depleted body chromium stores.
• A significant increase in iron excretion occurred within the first seven days post-burn.
• The iron/chromium ratio elevated during the initial seven days after injury.

Conclusions:

• Urinary chromium excretion is highly variable in burned children and may reflect glucose metabolism and chromium status.
• Increased iron excretion is noted in the early post-burn period.
• Total iron loss in the first twelve days is unlikely to necessitate immediate nutritional iron supplementation.