SIK3, variants, traits, and what the research shows

SIK3 - what this gene does

Variants across SIK3 appear in genetic research spanning rare disease, metabolic, and kidney-related traits. The evidence on file does not detail a precise biological mechanism, but the pattern of variant associations points to involvement across at least three physiological domains.

Key takeaways

• Two of the highest-magnitude variants in this gene are tied to rare disease research, carrying the strongest signals in the dataset
• Three separate variants converge on metabolic traits, suggesting a recurring signal across independent findings
• A kidney-related variant adds a third distinct biological domain to this gene's profile
• Over 300 variants are catalogued for this gene; most lower-magnitude signals have not been individually reviewed
• All findings are population-level statistics - not forecasts for any one person

Notable variants

The two strongest signals on file are rs1565460853 (magnitude 5.50, rare disease) and rs2540619128 (magnitude 5.00, rare disease) - the highest-ranked findings in this dataset. Three variants - rs2075292, rs7120963, and rs74942197 - all register at magnitude 4.50 in metabolic trait research, a convergence consistent with this signal appearing across more than one context. rs78442878 carries a magnitude 4.50 association with kidney-related research. rs11216185 also sits at magnitude 4.50 with a dedicated research page.

Trait associations

Rare disease associations are the most prominent theme by magnitude, with rs1565460853 and rs2540619128 leading the dataset and rs1373371959 (magnitude 3.00) providing a third independent rare disease signal. Metabolic traits appear across rs2075292, rs7120963, and rs74942197 - three variants at the same evidence tier, suggesting this connection has surfaced in more than one study context. Kidney-related biology is flagged by rs78442878. A cluster of magnitude 3.00 variants - including rs138061274, rs144767306, and rs147293335 among others - represents lower-confidence signals, several without published trait detail.

Evidence quality

The strongest signals come from the rare disease variants rs1565460853 and rs2540619128; high-magnitude rare disease findings often reflect phenotype-specific study designs rather than large GWAS (genome-wide association study - a design that scans many people's genomes for variants statistically associated with a trait) cohorts, and specific effect sizes are not available here. The metabolic cluster - rs2075292, rs7120963, and rs74942197 at an equivalent magnitude tier - is consistent with a signal that has appeared across more than one context, though individual study sizes and odds ratios are not available in the data provided. The kidney signal rests on a single variant at this tier. Fourteen catalogued variants carry magnitude 3.00, indicating weaker or less-replicated associations; several lack published trait detail entirely, which limits interpretation of the gene's full breadth.

What this is NOT

These variants are population-level statistical signals from genetic research - they reflect average tendencies across large groups and are not deterministic predictors of any outcome for any individual. Nothing in this entry constitutes medical advice, a clinical diagnosis, or a recommendation to take or avoid any action.