NEBL, variants, traits, and what the research shows

NEBL - what this gene does

Variants on file for NEBL map exclusively to cardiovascular trait themes. Without detailed research summaries for the individual variants, a precise mechanistic description cannot be grounded in the available data; what the evidence consistently shows is a cardiovascular signal across the gene's highest-ranked variants.

Key takeaways

• All 20 highest-magnitude variants on file for this gene are linked to cardiovascular traits.
• The top variants each carry a magnitude score of 5.50 - a strong signal tier within this database.
• Over 600 variants are recorded for this gene, reflecting extensive genetic study of this locus.
• Specific cardiovascular sub-conditions cannot be determined from the current dataset.
• These are population-level statistical associations, not predictions for any individual.

Notable variants

The highest-ranked variants by magnitude score include rs114875104, rs1367210165, rs137973321, rs139581346, rs139610204, rs139809958, rs141285752, and rs143644290, each scoring 5.50 and each categorized under the cardiovascular trait. All 20 top-ranked entries share this identical magnitude and trait designation - an unusually uniform pattern across the top of the variant list.

Trait associations

Every variant with a trait label in the current dataset points to cardiovascular biology, confirmed across rs114875104, rs1367210165, rs137973321, rs146198369, rs146275785, rs147622517, rs186851083, and the remaining top-ranked variants including rs191012363, rs193163659, rs200249470, rs200705273, and rs200799762. The consistency of the cardiovascular designation across all available high-magnitude variants reinforces this gene's relevance to heart-related biology, even though specific sub-phenotypes - such as arrhythmia, heart failure, or structural cardiac disease - cannot be resolved from the data on file.

Evidence quality

This gene has 633 variants in the database, with 21 noted as having prior research summaries; however, no summaries were available for this entry, which limits characterization to trait-level patterns. All 20 top-ranked variants share an identical magnitude score (5.50) and a single broad trait label (cardiovascular), but effect sizes, odds ratios, cohort sample sizes, and replication status - the figures that would allow a rigorous assessment of evidence strength - are not present in the current dataset. GWAS (genome-wide association study - a study that scans many people's genomes for variants statistically associated with a trait) findings are common across cardiovascular genetics, but it is not confirmed from the data provided whether these specific variants derive from large multi-cohort GWAS, smaller single-cohort studies, or another study design. Detailed evidence will appear on individual SNP pages as research summaries become available.

What this is NOT

These variants are population-level statistical signals drawn from genetic association studies - they are not deterministic predictors of cardiovascular outcomes for any individual. This encyclopedia entry does not constitute medical advice, a clinical diagnosis, or a recommendation of any kind.