Prenatal Folate and Homocysteine Affect Children’s IQs

Prenatal Folate and Homocysteine Affect Children’s IQs

Share This Post

Folate is important for the overall methylation and synthesis of DNA, which is critical to your baby’s development. But it’s particularly essential for the growth and replication of neural cells. We see this in cases of neural tube defects, and pregnant women know to increase folate consumption to prevent them. However, folate deficiency during pregnancy can adversely affect brain development as well; low folate is known for its association with smaller head circumference at birth and reduced brain volume among infants.

10 day FREE email course

What we haven’t known is how significant the effect is on a child’s functioning down the road. Do these children have limited intelligence and psychological problems, as some studies have hinted? A recent paper in the British Journal of Nutrition followed up on these reports to evaluate the long-term effects of folate deficiency during pregnancy on school-aged children from 6-8 years old.

The authors evaluated 62 children whose mothers had plasma folate deficiencies in early pregnancy. They used MRI scans to gauge brain volume, and assessed cognitive development through intelligence tests. They evaluated performance in several areas, including executive functioning, language, memory and learning, sensorimotor functioning, and visio-spatial processing.

Parents also filled out a child behavior checklist that assessed emotional and behavioral problems, such as:

  • emotionally reactive behavior
  • anxiety
  • depression
  • withdrawal
  • attention problems
  • aggressive behavior

Prenatal Folate and Homocysteine Affect Children’s IQs:

The study found that children in the low folate group had smaller brain volumes than the normal-folate children, and that all regions of the brain were affected. These children also performed more poorly on cognitive tests related to language and visio-spatial processing.

Similarly, children subjected to high prenatal homocysteine levels had smaller brain volumes and significantly lower IQs at six years old (by an average of seven points). They also scored lower on language and visio-spatial processing tests. The one positive finding is that there was no association with psychological problems. Still, smaller brain size can limit intelligence and have long-lasting effects that inhibit functioning throughout life.

Fortunately, there’s more information available than ever to help you prepare for a healthy pregnancy. If you’re pregnant or trying to conceive, you may be interested in my free email course, 10 Days to a Healthy Pregnancy with MTHFR.

Yours in health,

Carolyn

[tcb-script async=”” id=”_simplero_landing_page_js_211735″ src=”https://mthfrsupportaustralia.simplero.com/page/211735.js”][/tcb-script]

Related Posts

Epilepsy
Conditions

Epilepsy

What Is Epilepsy Epilepsy is a neurological disorder marked by sudden recurrent episodes of sensory disturbance, loss of consciousness, or convulsions, associated with abnormal electrical ...
Read More →
Fertility

Introduction To MTHFR Mutations

If you have heard of MTHFR mutations before but didn’t know where to start. This article is for you! It will give you a foundational ...
Read More →
How Camping Can Improve Your Sleep
Genes

How Camping Can Improve Your Sleep

Our Environments Are Artificial In today’s age our environments are almost completely artificial, we have artificial light, artificial environments, artificial food (think packaged and fast ...
Read More →
Vietnamese Coleslaw Salad
MTHFR

Vietnamese Coleslaw Salad

Ingredients: 1 small carrot, sliced into ribbons with a vegetable peeler ½ cup finely shredded green cabbage (wombok) ½ cup finely shredded red cabbage ½ ...
Read More →
Join our FREE 10-Day ‘MTHFR in Preconception’ Email Course!
MTHFR

Join our FREE 10-Day ‘MTHFR in Preconception’ Email Course!

In line with our current focus on MTHFR in preconception, our founder and MTHFR expert Dr. Carolyn Ledowsky has been busy creating and hosting our ...
Read More →
Role of 5-methyltetrahydrofolate (5-MTHF) in Cardiovascular Disease
Genes

Role of 5-methyltetrahydrofolate (5-MTHF) in Cardiovascular Disease

Cardiovascular disease is a major health concern. Multiple co-morbidities are responsible for increasing the cardiovascular risks some of which include hypercholesterolemia, diabetes, smoking and hypertension. ...
Read More →
Scroll to Top
Dr. Carolyn Ledowsky

Stay Connected!

Sign up for our monthly newsletter with current MTHFR research, health tips, recipes, special offers and news about upcoming events including Carolyn’s live Q&A.

Subscribe