LNCAROD, variants, traits, and what the research shows

LNCAROD - what this gene does

LNCARHOD is a gene whose catalogued variants span three trait themes identified in genome-wide association studies (GWAS - population-level scans that look for genetic variants statistically linked to health traits): respiratory conditions, musculoskeletal health, and metabolic function.

Key takeaways

• Two variants at this locus reach the highest signal magnitudes in the dataset, both tied to respiratory health.
• Multiple independent variants link this gene to musculoskeletal conditions, making it the most densely represented trait theme here.
• A metabolic-trait variant also maps to this locus.
• Of 90 total variants on file, 33 carry prior research context and 16 have published editorial pages, reflecting an active but still-developing evidence base.
• All signals are population-level associations, not individual health predictions.

Notable variants

rs139326003 and rs145064177 are the highest-magnitude variants in this dataset, each scoring 4.50; rs139326003 carries an explicit respiratory trait label. A third variant, rs4935041, reaches magnitude 2.80. Among the magnitude-2.20 variants, rs10762762 is labeled with a metabolic trait, while rs10824760, rs11002936, rs11002954, and rs11003048 are each associated with musculoskeletal traits.

Trait associations

Respiratory associations are anchored by the two strongest signals at the locus - rs139326003 (magnitude 4.50, respiratory-labeled) and rs145064177 (magnitude 4.50). Musculoskeletal associations appear across multiple independent variants: rs10824760, rs11002936, rs11002954, and rs11003048 all carry musculoskeletal labels at magnitude 2.20, and this recurrence across independent variants strengthens - though does not confirm - the signal. A metabolic association is present via rs10762762 (magnitude 2.20).

Evidence quality

The highest-confidence signals are rs139326003 and rs145064177 at magnitude 4.50, though specific effect sizes (odds ratios, beta coefficients) and sample sizes are not available in the current dataset for any individual variant. Of the 90 variants on file, 33 carry prior research context and 16 have published editorial pages, indicating active but still-developing documentation. The majority of variants cluster at magnitude 2.20, consistent with modest GWAS effect sizes. No multi-cohort replication data are available within the current dataset; all findings should be treated as preliminary until broader replication is reported.

What this is NOT

These variants are population-level statistical associations from GWAS research, not deterministic predictors of any individual's health outcomes. This content is informational only and does not constitute medical advice, a diagnosis, or a recommendation to take any action.