GSE1, variants, traits, and what the research shows

GSE1 - what this gene does

GSE1 is a human gene whose associated variants, based on available data, point to trait themes in rare disease, liver function, kidney health, and metabolic conditions. Without additional functional characterization available from the current variant summaries, this gene's role is best understood through the conditions its variants are statistically linked to.

Key takeaways

• The highest-priority variant in this gene is associated with a rare disease trait at the top evidence level in the dataset.
• Two independent variants connect this gene to kidney traits, which adds a modest sign of a consistent kidney signal.
• Separate variants link this gene to liver-related and metabolic traits, rounding out four distinct trait themes.
• All associations are population-level statistical signals from genome-wide studies, not confirmed clinical findings.
• No specific effect sizes such as odds ratios or sample sizes are available in the current dataset.

Notable variants

The highest-ranked variant in this gene is rs151194801, which carries the top magnitude score in the dataset and is linked to a rare disease trait. At the next evidence tier, rs112485629 is associated with liver-related traits, while rs138224646 and rs75179080 are each independently linked to kidney traits. rs8058443 contributes a metabolic trait association. rs112776824 appears at the same evidence tier and has a published page, but no trait label is available in the current data.

Trait associations

Variants in this gene span four distinct trait themes. A rare disease association is carried by rs151194801, the single top-ranked variant. Liver-related traits are linked to rs112485629. Kidney health is represented by two separate variants, rs138224646 and rs75179080, appearing independently at the same evidence tier - the presence of two distinct kidney-associated variants is a modest sign of signal consistency, though replication in independent cohorts is needed to confirm it. Metabolic traits appear via rs8058443. Additional variants at the same tier, including rs138374829, rs150938367, rs2930240, rs34337282, rs555841595, and rs773179297, do not carry trait labels in the current dataset.

Evidence quality

The strongest individual signal in this dataset is rs151194801, which holds the highest magnitude score across all 265 variants on file. No specific effect sizes, odds ratios, beta coefficients, or sample sizes are provided in the current data for any variant in this gene. The prior editorial summaries for rs112776824 and rs112485629 contain no published content at this time, limiting the depth available from those sources. Of the 265 total variants on file, 16 carry prior research summaries and the remainder are unannotated. All associations described here come from GWAS (genome-wide association study - a study that scans many people's genomes for variants statistically associated with a trait) signals and should be treated as hypothesis-generating rather than clinically established findings. The presence of two independent kidney-trait variants adds a degree of internal replication, but external cohort validation has not been documented here.

What this is NOT

These variants are population-level statistical signals from genome-wide studies, not deterministic predictors for any individual person. This content does not prescribe, diagnose, or advise on any health action.