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Published on: September 20, 2019
Hypersensitivity reaction to components of parenteral nutrition in pediatrics
Carlos Ruiz Hernández1, Esperanza Castejón Ponce2, Ferran Bossacoma Busquets3
1Section of Gastroenterology, Hepatology and Pediatric Nutrition, Sant Joan de Deu Hospital, Barcelona, Spain.
Insights
Hypersensitivity reactions to parenteral nutrition (PN) are rare in children but can occur. Identifying specific PN components, like multivitamins, amino acids, or lipid emulsions, is key to managing these allergies.
Area of Science:
- Pediatric Allergy and Immunology
- Clinical Nutrition
- Gastroenterology
Background:
- Parenteral nutrition (PN) is crucial for pediatric patients unable to receive enteral nutrition.
- Adverse effects of PN typically include metabolic, infectious, and mechanical complications.
- Hypersensitivity reactions to PN components, though rare, are increasingly reported in children.
Observation:
- Three pediatric cases of hypersensitivity reactions during PN are presented.
- Reactions included diffused rash, facial edema, and wheal rash.
- Specific components suspected were multivitamin solution, trace elements, amino acid solution, and fish oil-derived lipid emulsion.
Findings:
- Excluding specific PN components led to good tolerance in all cases.
- Case 1: Multivitamin and trace element exclusion resolved rash.
- Case 2: Swapping amino acid solution resolved facial edema.
- Case 3: Replacing fish oil-based lipid emulsion with vegetable oil-based emulsion resolved rash in a child with fish allergy.
Implications:
- Early identification and exclusion of causative PN components are vital for managing pediatric hypersensitivity.
- Clinicians should consider PN components as potential allergens in children presenting with allergic reactions.
- Increased vigilance for PN hypersensitivity in pediatric populations is warranted.
Abstract:
Very rare cases of hypersensitivity reactions to various constituents of parenteral nutrition (PN) have been reported in children. Adverse effects associated with PN administration have centered on metabolic, infectious, and mechanical complications. Here we describe three cases of hypersensitivity to components of PN. Case 1 is a 1-mo-old breastfed baby with a diagnosis of acute gastroenteritis associated with an infection with cytomegalovirus. On the second day of PN, 60 min after the initiation of the infusion, the patient had an allergic reaction with an overall diffused rash. On day 4 of PN, the multivitamin solution and the trace element mix were excluded, showing a good tolerance. Case 2 is a 4-y-old girl with a background of stage III neuroblastoma. On day 3 of PN, 15 min after the initiation of the infusion, the patient showed sudden facial edema. On day 5, suspecting the amino acid solution to be the etiology of her reaction, PN was infused with another amino acid preparation, and the patient showed good tolerance. Case 3 is a 10-y-old boy with a diagnosis of an acute peritonitis. Two h after the initiation of the infusion, the patient showed a general wheal rash. He referred a background of fish allergy. Considering that the lipid emulsion used had components from fish oil (SMOF Lipid), a new PN was infused on day 2. The new PN contained a lipid emulsion containing vegetable oil (ClinOleic). The patient showed good tolerance. In conclusion, we consider that, although the hypersensitivity to PN components is infrequent, there is an increase in reports of pediatric cases describing this allergic pathology.
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