rs10773076 (RFLNA): Height Association
Upload your raw genetic data once, we'll show you which variants you carry and what the research says.
Key takeaways
- rs10773076 is located near the RFLNA gene
- Associated with height variation in large population studies
- The C allele is linked to the observed effect
- Research relies on genome-wide association data
Key takeaways
- rs10773076 is located near the RFLNA gene
- Associated with height variation in large population studies
- The C allele is linked to the observed effect
- Research relies on genome-wide association data
What the research says Large-scale genetic studies have identified rs10773076 as a common variant near the RFLNA gene that correlates with differences in human height PMID 36224396. The analysis included approximately 293 thousand participants and found a reported effect size of 0.029 with a p-value of 1e-11 PMID 36224396. These findings reflect population-level patterns rather than individual predictions.
Reported associations
- Height: Carriers of the C allele show a reported effect size of 0.029 for height variation, with statistical significance at p=1e-11 across a cohort of about 293 thousand individuals PMID 36224396.
Evidence quality The available evidence comes from a single large-scale genome-wide association study involving roughly 293 thousand participants PMID 36224396. The reported effect size of 0.029 reached strong statistical significance at p=1e-11, which is typical for well-powered height studies. Because only one dataset is currently provided, independent replication across diverse populations would strengthen confidence in this specific locus. The finding describes a common genetic correlation and does not imply a causal mechanism or clinical diagnosis.
Lifestyle considerations No lifestyle considerations on file for this variant.
Frequently asked questions
What is rs10773076?
It is a common genetic variant located near the RFLNA gene that researchers study in large population datasets.
Does rs10773076 cause diseases?
Current research links it to normal height variation rather than disease states.
How was this variant discovered?
Scientists identified it through genome-wide association studies comparing DNA patterns across hundreds of thousands of people.