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ADHD in children: what if the gut holds the key?

A common, multifaceted… and still mysterious disorder In French classrooms, between 3.5% and 5.6% of students are living with attention deficit disorder, whether or not it is accompanied by hyperactivity. Diagnosis is generally made around the age of...

A common, multifaceted… and still mysterious disorder

In French classrooms, between 3.5% and 5.6% of students are living with attention deficit disorder, whether or not it is accompanied by hyperactivity. Diagnosis is generally made around the age of 9-10 and falls into three main profiles:

  • Predominant inattention (≈ 47% of children)

  • Hyperactivity / impulsivity (≈ 36%)

  • Mixed form combining inattention + hyperactivity (≈ 17%)

Genetics plays a recognized role, but it doesn't explain everything: the environment, from fetal life onward, also contributes to vulnerability to ADHD. Among the avenues already documented: exposure to lead or pesticides, iron or omega-3 deficiencies, obstetric complications, early stress, infections, etc.

The intestinal microbiota, a new suspect

For several years, researchers have been examining our intestinal microbiota —the billions of bacteria, viruses, and fungi living in our intestines—as a possible contributor to neuropsychiatric disorders. When an imbalance (dysbiosis) sets in, it can alter the permeability of the digestive wall , allow unwanted molecules to filter through, and influence the brain via the gut-brain axis.

A team focused specifically on the fungal fraction of the microbiota (yeasts and microscopic fungi). The goal: to see if "mycobiota-dysbiosis" increases the risk of ADHD in children.

The study in brief

  • Participants: 70 children (35 with ADHD, 35 controls).

  • Analyses: yeast sequencing in stool + intestinal permeability test.

  • Major results:

    • Significantly different fungal composition in ADHD children.

    • Candida albicans is particularly abundant in this group.

    • This over-representation correlated with a more “permeable” intestinal barrier.

Conclusion: Fungal dysbiosis could promote the passage of pro-inflammatory molecules into the bloodstream, alter neurodevelopment and increase susceptibility to ADHD.

Why is this important?

  1. Modifiable factor : unlike genes, the microbiota evolves; diet, probiotics, prebiotics or targeted antifungals could in theory rebalance the flora.

  2. Early detection : a simple digestive test could, tomorrow, identify children at risk before symptoms appear.

  3. Integrative approach : combining behavioral management, nutritional monitoring and microbiota support would offer a more comprehensive strategy.

In practice, what can be done now?

  • Take care of your plate : plant variety, fiber, omega-3 (oily fish, nuts) and limit refined sugars which feed Candida.

  • Antibiotic vigilance : antibiotics unbalance the flora; only use them when really necessary.

  • Calming lifestyle : Regular sleep and physical activity, both beneficial for both the gut and the brain.

To remember

ADHD is a complex disorder where genes and environment intersect. The intestinal microbiota , and in particular its fungal component, appears to be a new piece of the puzzle: understanding its impact opens up new avenues for prevention and support for affected children.

Intestinal microbiota analyses

ADHD Pack

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