Background Prenatal prescription of standard iron supplements to prevent iron deficiency
appears not to be appropriate for all women and their children, as some women may be at …

Iron supplementation is commonly recommended for the prevention and treatment of
maternal iron deficiency (ID) or iron deficiency anemia (IDA). However, the impacts of …

Prenatal iron supplementation improves children's health and cognitive performance, but
few studies explore behavioural development. This study assessed the effects of adjusting …

Prevention of iron deficiency (ID), the most common micronutrient deficiency in infants and
children, begins prenatally by ensuring adequate fetal loading. Adequate intrauterine iron …

Iron deficiency is the most common micronutrient deficiency worldwide. Iron is essential for
the development of multiple organ systems, most especially the developing brain. Iron …

Introduction The effectiveness of prenatal iron supplementation improves maternal
hematological outcomes, but little research has focused on child outcomes. The objective of …

Background The fetal brain starts developing early and animal studies have suggested that
iron plays several roles for the development, but results from epidemiological studies …

Iron is essential for the functioning of all cells and organs, most critically for the developing
brain in the fundamental neuronal processes of myelination, energy and neurotransmitter …

Iron deficiency and iron-deficiency anemia are the main worldwide nutritional disorders. A
good level of prenatal iron is essential for the correct child neurodevelopment but this …

In pregnancy, iron deficiency and iron overload increase the risk for adverse pregnancy
outcomes, but the effects of maternal iron status on long‐term child health are poorly …