FMN2, variants, traits, and what the research shows

FMN2 - what this gene does

The variants on file for FMN2 are associated with rare disease conditions; no individual SNP summaries are available yet, so the specific diseases involved cannot be named.

Key takeaways

• All 20 highest-magnitude variants carry a score of 5.50 and are linked to rare disease conditions.
• Twenty distinct variants share this evidence tier, pointing to repeated involvement across rare disease research.
• This gene has 210 catalogued variants in total; 21 have prior research summaries, though those are not yet available in this dataset.
• Specific trait names, effect sizes, and population details cannot be reported from the current data.
• These are population-level statistical signals - they do not predict any individual's health outcomes.

Notable variants

The 20 highest-magnitude variants on file each carry a magnitude score of 5.50 against a rare disease trait. Among these, rs1247510585, rs140315493, rs141335669, rs146681532, rs147961923, rs150801382, rs193049501, and rs199570117 represent the top of the ranking. Further variants at the same tier include rs199730080, rs200975594, rs201538863, rs554313620, rs563570840, rs727502860, rs727502861, rs749567608, rs1558365026, rs1572736047, rs2103013785, and rs2527036464. No trait detail beyond the broad rare disease category is available for any of these rsids at this time.

Trait associations

Every variant in the highest-magnitude tier is categorized under rare disease. The consistent recurrence of this trait theme across all 20 entries - including rs1247510585, rs2103013785, rs2527036464, and rs727502860 - indicates the gene has been flagged in rare disease research contexts. The specific conditions involved cannot be named without individual SNP-level summaries.

Evidence quality

All 20 of the highest-magnitude variants carry a uniform magnitude score of 5.50 against the rare disease trait theme; 210 variants are catalogued in total, and 21 carry prior research summaries that are not yet available in this dataset. Because no effect sizes, odds ratios, sample sizes, or replication details are present in the current input, the strength of any individual signal cannot be assessed here. All associations should be treated as preliminary until SNP-level detail is published.

What this is NOT

These variants are population-level statistical signals - they are not deterministic predictors of disease for any individual person. Nothing on this page constitutes medical advice, a diagnosis, or a recommendation to take any action.