THADA, variants, traits, and what the research shows

THADA - what this gene does

THADA appears in variant databases primarily through two trait themes: rare disease and coagulation (the biological process by which blood forms clots). Because no detailed per-variant research summaries are yet available for the variants catalogued here, the gene's precise molecular function cannot be described - but the variant data consistently points to these two areas.

Key takeaways

• The single highest-magnitude variant in this gene is linked to a rare disease trait.
• A separate variant connects this gene to coagulation - blood-clotting biology.
• 284 variants are on file; the majority cluster at a preliminary evidence tier and await independent replication.
• Effect sizes and sample sizes for individual variants are not yet available in current records.
• Population-level statistical signals cannot predict outcomes for any individual person.

Notable variants

The strongest signal on file is rs371803409 (magnitude 5.50), associated with a rare disease trait - this is the highest-ranked entry in the current catalog. The next tier includes rs17030845 (magnitude 4.50), linked to coagulation, and rs183816209 (magnitude 4.50), whose specific trait is not yet annotated in available records. A cluster of variants at magnitude 3.00 - among them rs114015985 (rare disease), rs141548771, rs1026221518, rs1027463026, and rs1042515153 - represents the next layer of signals, though most lack trait-level detail in current summaries.

Trait associations

Two trait categories emerge from the data. Rare disease signals are anchored by rs371803409 at magnitude 5.50 and supported by rs114015985 at magnitude 3.00 - two independent variants pointing toward the same broad category adds weight to, though does not confirm, this gene's relevance to rare heritable conditions. Coagulation biology is represented by rs17030845 at magnitude 4.50. The remaining magnitude 3.00 variants - including rs1177892619, rs1217994941, rs1218505226, rs1228108356, and others - do not yet carry trait annotations in available records.

Evidence quality

Without per-variant research summaries, specific sample sizes, odds ratios, or replication status cannot be reported here. Magnitude scores reflect a composite of effect size and evidence weight: the top signal rs371803409 at magnitude 5.50 sits well above the cluster of magnitude 3.00 variants, suggesting stronger underlying evidence, but the precise study design - whether GWAS (genome-wide association study, a scan of many people's genomes for variants statistically linked to a trait), a ClinVar clinical submission, or another source - is not yet available for review. The large majority of catalogued variants at magnitude 3.00 should be treated as preliminary findings pending independent replication.

What this is NOT

All variants described here are population-level statistical associations observed across large groups of people - they are not deterministic predictors of any disease or health outcome for any individual. This page does not prescribe, diagnose, or recommend any course of action.