SBNO1, variants, traits, and what the research shows

SBNO1 - what this gene does

SBNO1 is a gene for which the available variant data currently links to cancer through one catalogued variant; the broader trait landscape remains largely unannotated in the dataset on file.

Key takeaways

• One variant in this gene has been linked to cancer in the available research data.
• Of 87 catalogued variants, most lack any trait annotation and remain under-studied.
• All signals are population-level statistical associations - they do not predict outcomes for any individual.
• The evidence base is at an early stage; all findings should be treated as preliminary.
• More variants are catalogued for this gene than have been characterized in published research.

Notable variants

The only trait-annotated variant in the current dataset is rs193920847, which carries a magnitude score of 3.00 and is linked to cancer. The remaining top-ranked variants - including rs1199218621, rs1234885150, rs1263014900, rs1280372720, rs140771058, rs140801858, and rs142553809 - share the same magnitude score but currently lack trait-level annotation in the available data.

Trait associations

The only trait grounded in the current variant data is cancer, associated with rs193920847. No other trait links are supported by the data on file. This reflects the current state of annotation rather than a complete picture of the gene's biological role.

Evidence quality

The evidence for this gene is sparse at present. Only 1 of the 87 catalogued variants carries a trait annotation, and no prior SNP-level research summaries are available. The single cancer-linked variant, rs193920847, has a magnitude score of 3.00, but without sample-size data, replication information, or effect sizes - such as odds ratios, a measure comparing how often a trait appears in people with versus without a given variant - the strength of this association cannot be fully evaluated. All findings should be treated as preliminary until replication and fuller characterization are available.

What this is NOT

The variants listed here are population-level statistical signals, not deterministic predictors of disease or any other outcome for any individual. This content does not constitute medical advice, a diagnosis, or a recommendation to take any action.