New Study Reveals Smaller Brain Sizes in Infants Born to Mothers With Anaemia
Quick Brief
A recent study reveals that infants born to mothers suffering from anaemia possess smaller brains. The volumetric differences primarily impact areas of the brain associated with learning, movement, and emotional regulation. Researchers identified these structural variations when the children reached one year of age.
What Happened?
According to new research findings, babies born to mothers with anaemia develop smaller brains than those born to non-anaemic mothers. Specifically, key functional regions governing movement, emotional regulation, and learning are affected. These structural differences were first observed by researchers when the children turned one year old.
Why It Matters
The findings suggest that maternal anaemia during pregnancy can have lasting developmental impacts on children. Researchers warn that these structural brain differences could translate into cognitive difficulties once the children reach school age, highlighting the importance of managing anaemia during pregnancy.
Key Facts
- Babies born to anaemic mothers exhibit smaller overall brain volumes.
- Affected brain regions include those responsible for movement, learning, and emotional regulation.
- Structural brain differences were first detected when the children were one year old.
- Researchers indicate these developmental impacts could result in cognitive challenges when children begin school.
Compiled from 2 outlets
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