HRG-AS1, variants, traits, and what the research shows

HRG-AS1 - what this gene does

HRG-AS1 is a gene whose cataloged variants point toward cancer, cardiovascular health, and coagulation as the primary trait themes in existing research. The available data do not contain enough detail to characterize its molecular function, so this entry focuses on the associations the variants reveal.

Key takeaways

• Variants in this gene are linked to cancer, cardiovascular health, and coagulation in population-level genetic research
• Three variants carry the highest ranking scores in this gene's catalog, suggesting stronger statistical signals
• More than 100 variants have been cataloged for this gene, with 18 carrying published research notes
• All findings are population-level associations and do not predict outcomes for any individual
• Effect size and replication details are not yet available for most variants in this catalog

Notable variants

The three top-ranked variants are rs2077119, rs6796803, and rs9870756, each carrying the highest ranking score among all variants in this gene. Of these, rs6796803 is specifically tagged with a cancer trait association. rs74822304 ranks second in the catalog. Among the broader set, rs10937254 is associated with cardiovascular traits and rs113196218 is associated with coagulation (the biological process by which blood forms clots).

Trait associations

Cancer appears as a trait for rs6796803, one of the top three ranked variants in this gene. Cardiovascular traits are associated with rs10937254. Coagulation is associated with rs113196218. A number of additional variants including rs10439970, rs10440056, rs10440057, rs10937258, rs112668529, rs11303589, rs114197637, rs115329695, rs115357776, rs115613078, rs116605311, rs11710361, rs11720187, and rs11919484 have published pages, though their specific trait details are not included in the current input data.

Evidence quality

rs2077119, rs6796803, and rs9870756 carry the top ranking scores in this dataset, placing them as the most statistically prominent signals. However, the input data does not include odds ratios (measures of how much a variant shifts the odds of a trait), beta coefficients, sample sizes, or replication counts for any variant, and the prior SNP summaries do not yet contain detailed editorial content. The three named trait links, cancer for rs6796803, cardiovascular for rs10937254, and coagulation for rs113196218, should be treated as preliminary GWAS (genome-wide association study, a method that scans many people's genomes for variants statistically linked to a trait) signals rather than established clinical findings.

What this is NOT

These variants are population-level statistical signals from genome-wide research, not deterministic predictors of any individual's health outcomes. This page does not prescribe, diagnose, or advise any course of action.