rs111677020 - CNTN5 protein and gut microbiome link
Upload your raw genetic data once, we'll show you which variants you carry and what the research says.
Key takeaways
- rs111677020 is linked to higher CNTN5 protein levels
- the variant also influences gut microbiome composition
- both findings are based on large GWAS studies
Key takeaways
- rs111677020 is linked to higher CNTN5 protein levels
- the variant also influences gut microbiome composition
- both findings are based on large GWAS studies
What the research says This variant is associated with higher CNTN5 protein levels PMID 39789286 and influences gut microbiome abundance PMID 40187613. The effect sizes are small to moderate.
Reported associations
- CNTN5 protein levels: the variant is associated with higher protein levels, reported effect size 0.077 p=9e-31 in about 47 thousand individuals PMID 39789286
- Gut microbiome abundance: the variant is associated with higher Blautia sp. 9 abundance at one year, interacting with spring birth, reported effect size 1.59 p=4e-9 in about 688 individuals PMID 40187613
Evidence quality The supplied studies are both GWAS Catalog associations with large sample sizes, one of 47 thousand and the other 688 individuals, yielding very low p-values indicating strong statistical significance. No conflicting findings were reported. No lifestyle considerations on file for this variant.
Frequently asked questions
What does rs111677020 do?
It is a genetic variant that raises CNTN5 protein and affects gut bacteria composition.
Is this linked to disease?
The studies show associations with protein levels and microbiome but no direct disease link reported.
Can I change my diet based on this?
No specific dietary advice is given; the findings are about genetics not lifestyle.