BORCS5, variants, traits, and what the research shows

BORCS5 - what this gene does

BORCS5 is a human gene whose catalogued variants are statistically associated, through population-level genetic research, with traits spanning neurological conditions, liver-related phenotypes, cancer susceptibility, and respiratory health. The breadth of these associations suggests the gene touches several biological areas, though specific functional mechanisms are not characterized in the current variant data.

Key takeaways

• The top-ranked variant in this gene is linked to a neurological trait, making neurological biology the strongest signal here.
• Two independent variants are linked to neurological traits and two others to cancer, giving both themes internal replication within the dataset.
• A liver-related variant with a published research page sits in the top evidence tier.
• A respiratory trait association adds to a broader-than-expected range of phenotypes for one gene.
• More than half of the 50 catalogued variants still lack trait labels, so the full association picture is incomplete.

Notable variants

The strongest signal in this dataset comes from rs1555155556 (magnitude 5.50), linked to a neurological trait and ranking above all other variants in this gene. At magnitude 4.50, rs556343211 adds a second neurological-trait association, lending some internal replication to that theme. Also at magnitude 4.50, rs11054848 carries a liver-related association and has a published research page, while rs189655236 and rs78713447 each point to cancer-related traits at the same tier. rs10505765 also sits at magnitude 4.50 with a published research page. At the lower end of the prioritized set, rs7967111 (magnitude 2.80) carries a respiratory trait association.

Trait associations

Neurological traits are the most prominent theme, appearing independently through rs1555155556 and rs556343211 - two distinct variants in the same broad category, which provides modest within-dataset replication. Cancer-linked associations appear through rs189655236 and rs78713447, two separate variants at the same evidence tier, suggesting the gene may be relevant in more than one cancer-related context. Liver phenotypes are represented by rs11054848, and respiratory traits by rs7967111. A large number of magnitude-3.00 variants are on file without specific trait labels, leaving a substantial portion of the gene's association landscape uncharacterized.

Evidence quality

All associations here come from GWAS (genome-wide association studies - population-level scans that identify genetic variants statistically correlated with specific traits) or similar large-scale genetic research. The pre-sorted magnitude scores reflect a combination of effect size and evidence strength, but specific sample sizes, odds ratios, and cohort details are not available in the current dataset for most variants, limiting the ability to assess replication status or absolute effect size precisely. The neurological theme carries modest within-dataset support by appearing across two independent variants, rs1555155556 and rs556343211, while the cancer and liver findings each rest on individual variants without documented cross-cohort replication in the current data. All findings should be treated as preliminary population-level signals pending independent replication.

What this is NOT

The variants listed here are population-level statistical associations identified in large genetic studies, not deterministic predictors of any individual's health, disease risk, or biological outcomes. This content is informational only - no diagnosis, prescription, or personal health advice is offered or implied.