TEX41, variants, traits, and what the research shows

TEX41 - what this gene does

Based on the variants catalogued at this locus, TEX41 is a gene with GWAS (genome-wide association study - a large scan testing millions of DNA variants across thousands of people for statistical links to traits) signals spanning neurological, cardiovascular, kidney, immune, and rare disease phenotype categories. The available data does not support characterizing a specific molecular mechanism; what can be stated is that this locus recurs across five distinct trait domains in population-level research.

Key takeaways

• Variants in TEX41 span five broad trait categories: neurological, cardiovascular, kidney, immune, and rare disease
• Neurological trait variants appear most frequently at the highest magnitude tier, suggesting a recurring signal at this locus
• Cardiovascular associations appear across multiple variants at both high and moderate priority tiers, strengthening that theme
• 197 total variants are on file at this locus, with 40 carrying prior research data
• These are population-level statistical associations - not deterministic predictions for any individual

Notable variants

The highest-magnitude signals include three neurological-trait variants - rs10196836, rs191256330, and rs274841 - alongside two cardiovascular-linked variants, rs13010313 and rs189402327, and two kidney-associated variants, rs12477849 and rs191954601. Immune signals at the same tier appear at rs555504114 and rs746391664, and a rare-disease signal is catalogued at rs577806201. Among moderate-magnitude entries, rs1006923, rs10176318, rs10185667, and rs10192407 carry cardiovascular associations; rs10181009 adds a further neurological signal; and rs10538039 is associated with metabolic traits.

Trait associations

Neurological traits are the most represented at the highest magnitude tier, with rs10196836, rs191256330, and rs274841 all among the top-scored variants, and rs10181009 contributing a further neurological signal at a lower tier - a degree of convergence across independent variants that lends some weight to this theme. Cardiovascular associations appear across both tiers: rs13010313 and rs189402327 at the higher tier, and rs1006923, rs10176318, rs10185667, and rs10192407 at the moderate tier - multi-variant replication within a single trait domain is generally considered a more robust signal than an isolated hit. Kidney phenotypes are linked to rs12477849 and rs191954601; immune traits to rs555504114 and rs746391664; a rare disease signal is present at rs577806201; and metabolic traits are flagged at rs10538039.

Evidence quality

The 197 catalogued variants at this locus derive from GWAS research, with 40 carrying prior editorial summaries. Specific effect sizes - odds ratios (a measure of how much a variant changes the statistical odds of a trait) or beta coefficients - and individual study sample sizes are not available in the current dataset, so absolute signal strength cannot be characterized here; the magnitude scores reflect a composite prioritization metric rather than a direct odds ratio. The breadth of trait themes across five distinct domains could reflect genuine pleiotropy (one locus influencing multiple biological systems through shared regulatory elements) or may indicate that associations across different domains require independent replication before firm conclusions can be drawn. All findings should be treated as preliminary until confirmed in multiple independent cohorts.

What this is NOT

These variants represent population-level statistical signals observed across research datasets and are not deterministic predictors of any health outcome for any individual. This content does not constitute medical advice, a diagnosis, or a recommendation to take any action.