Acta Paediatrica · 2004 · 75 citations · 29 references
MedicineChild HealthPediatricsInfant HealthIron Metabolism DisordersPediatric HematologyAnemiaIron DeficiencyIron Deficiency DisordersIron HomeostasisIron MetabolismIron NutritionBody Iron StoresFerritin StatusIron Deficiency AssessmentIron Deficiency In InfancyIron Status In InfancyIron Stores AssessmentNeonatal Iron StatusSerum Ferritin Assessment
UNLABELLED: An adequate iron status is of vital importance for health and development in infancy and early childhood. Iron status was evaluated in a group of full-term Norwegian children followed longitudinally, at the ages of 6 mo (n = 278), 12 mo (n = 249) and 24 mo (n = 231) by measuring haemoglobin (Hb), mean cell volume (MCV) and serum ferritin. At 6, 12 and 24 mo of age, 3, 10 and 12%, respectively, had iron deficiency anaemia (IDA) defined as Hb <110 g/l in combination with ferritin <15 microg/l. With more restrictive criteria for defining IDA (Hb <110 g/l or <105 g/l in combination with ferritin <12 microg/l), the prevalence decreased to 1-2% at 6 mo and 2-5% at 12 and 24 mo of age. If children with a history of fever in the previous month were excluded, the proportion of children with depleted iron stores (ferritin <10 microg/l) increased from 2 to 3% at 6 mo, from 5 to 7% at 12 mo and from 9 to 13% at 24 mo. CONCLUSION: Mild iron deficiency anaemia exists among otherwise healthy Norwegian infants and toddlers. The prevention and early treatment of iron deficiency should be a priority for the child health services.
29
Present Knowledge in Nutrition.
Journal of the American Medical Association · 1954 · 1K citations
Hematology of Infancy and Childhood.
Annals of Internal Medicine · 1975 · 893 citations
Medicine, Hematology, Pediatrics +16
Iron Deficiency Anemia: Adverse Effects on Infant Psychomotor Development
Tomás Walter, I De Andraca, P Chadud et al. · PEDIATRICS · 1989 · 509 citations
Medicine, Child Health, Pediatrics +17