SLC35D2, variants, traits, and what the research shows

SLC35D2 - what this gene does

This gene (SLC35D2) shows up in genomic research through variants linked to two distinct trait themes: neurological and liver-related. The current evidence set does not include sufficient functional detail to characterize its molecular mechanism, so the picture here is built from association signals alone.

Key takeaways

• The two strongest signals in this gene point toward neurological and liver-related trait themes.
• Over 50 additional variants are on file in this gene, most without published trait associations yet.
• All associations are population-level statistical signals, not individual predictors.
• The evidence base is early-stage; treat all associations with appropriate caution.

Notable variants

rs10990570 and rs56815155 are the two highest-magnitude variants in this gene, each carrying a magnitude score of 4.50, where magnitude reflects a combination of statistical signal strength and evidence quality in this database. rs10990570 is linked to a neurological trait, while rs56815155 is linked to a liver trait. A cluster of additional variants - including rs1016485263, rs141277502, rs200009581, rs571683940, and rs755225551 - each score 3.00 on the same scale but currently lack published trait association data.

Trait associations

Two distinct trait themes appear in the available data. rs10990570 is associated with a neurological trait, and rs56815155 is associated with a liver trait - both at the highest magnitude level seen in this gene. Each theme is represented by a single variant, meaning there is no cross-variant replication visible in the current dataset for either signal. No trait data is available for the remaining 57 variants on file, which limits the overall picture considerably.

Evidence quality

The two highest-magnitude variants, rs10990570 and rs56815155, each score 4.50, indicating stronger statistical evidence relative to the 3.00-magnitude variants that make up the bulk of the dataset. However, no effect sizes (such as odds ratios - the ratio of the odds of an outcome in variant carriers vs. non-carriers), sample sizes, or replication data are available in the current evidence set for any variant in this gene. Each trait-linked signal rests on a single variant with no independent confirmation visible here. All associations should be treated as preliminary until further replication and functional studies are published.

What this is NOT

These variants are population-level statistical signals observed across groups of people in genomic studies - they are not deterministic predictors of any outcome for any individual. This content is for informational and educational purposes only; we do not prescribe, diagnose, or advise any course of action.