HK1, variants, traits, and what the research shows

HK1 - what this gene does

HK1 is a human gene where catalogued variants cluster around three broad trait themes: rare diseases, neurological conditions, and vision-related traits. No detailed SNP summaries are yet available for this gene, so specific biological mechanisms behind these associations cannot be characterized here.

Key takeaways

• Variants in this gene are linked to three broad trait areas: rare diseases, neurological conditions, and vision
• All 20 top-ranked variants on file carry the same magnitude score, suggesting consistent evidence weighting across findings
• Three variants are specifically linked to neurological traits and one to vision-related traits
• The remaining 16 variants are associated with rare diseases
• These are population-level statistical signals and do not predict outcomes for any individual

Notable variants

The neurological-linked group includes rs2540327631, rs397514654, and rs760487849. A vision-linked variant, rs760127339, is also among the findings. Rare-disease associations include rs1024684465, rs1218129705, rs137853249, and rs138492927, among others in that category.

Trait associations

The variants on file point to three trait domains. Rare disease associations are the most numerically represented, with 16 of the 20 listed variants in this category, including rs1024684465, rs1218129705, rs1397953530, and rs1460702652, among others. Neurological associations span three variants: rs2540327631, rs397514654, and rs760487849. A single vision-linked variant, rs760127339, rounds out the catalogued findings.

Evidence quality

All 20 listed variants carry a uniform magnitude score of 5.50, suggesting consistent ranking by the evidence-weighting system used to compile this catalog. However, no individual SNP (single-nucleotide polymorphism, a single-letter variation at a specific position in the genome) summaries are yet available for this gene. Without that detail it is not possible to distinguish GWAS (genome-wide association study, a study that scans many people's genomes for variants statistically associated with a trait) hits from ClinVar entries (a public database of clinically observed genetic variants), or to assess whether any finding has been replicated across independent cohorts. Effect sizes such as odds ratios (a measure of how much more likely a trait is in people carrying a given variant compared to those without it) and sample sizes are also absent from the current record. The trait categories are indicative only.

What this is NOT

These variants are population-level statistical signals, not deterministic predictors for any individual; the same variant can be present in people with and without the associated trait. This page does not prescribe, diagnose, or advise any course of action.