NT5C2, variants, traits, and what the research shows

NT5C2 - what this gene does

All catalogued variants in NT5C2 (the gene at the locus carrying this symbol) fall within the neurological trait category, making it a gene of current interest for nervous system research - though detailed functional annotations and specific condition labels are not yet available in the underlying variant summaries.

Key takeaways

• Every variant on file for this gene is linked to neurological traits
• 18 variants reach the highest magnitude score currently recorded for this gene (5.50)
• Detailed per-variant summaries are not yet available, so specific neurological conditions cannot be named
• 173 total variants are on file - a sizeable catalogue concentrated in a single trait theme
• These are population-level statistical signals, not predictors for any individual

Notable variants

The highest-magnitude signals on file - all scoring 5.50 - include rs1385107002, rs1419090736, rs1458171628, rs201261415, rs2134504868, rs2494459588, rs587777173, and rs886037656, among others in the same tier; all carry the neurological trait annotation. Two variants at a slightly lower magnitude of 5.00 - rs1273292745 and rs1430860231 - round out the best-evidenced set currently on record.

Trait associations

All 173 variants catalogued for this gene share the neurological trait annotation. Because no individual SNP summaries have been published yet in this database, the data does not yet distinguish which specific neurological conditions - or which neurological processes - each variant is tied to. The consistent neurological flag across the entire variant set suggests a coherent biological theme, but naming specific conditions would go beyond what the current data supports.

Evidence quality

Magnitude scores of 5.50 and 5.00 reflect an internal ranking that combines estimated effect size with evidence strength, placing the top variants in this gene among the higher-confidence signals in the dataset. However, no study-level metadata - such as sample sizes, odds ratios, replication cohorts, or GWAS (genome-wide association study - a method that scans many people's genomes for variants statistically linked to a trait) publication details - is currently available in the underlying summaries for any variant in this gene. Until those details are accessible, the evidence base here should be treated as preliminary, and no conclusions about specific conditions should be drawn from magnitude scores alone.

What this is NOT

These variants are population-level statistical signals, not deterministic predictors for any individual - carrying a listed variant does not mean a person will develop any neurological condition. This page does not prescribe, diagnose, or advise any course of action.