LPP, variants, traits, and what the research shows

LPP - what this gene does

Variants catalogued at the LPP locus (also written LPP) on the human genome are statistically linked - across genome-wide association studies (GWAS - studies that scan hundreds of thousands of genetic positions across large populations to find variants correlated with a trait) - to a range of trait themes including cancer, metabolic conditions, kidney-related phenotypes, and musculoskeletal traits.

Key takeaways

• Variants in this gene show up across four broad trait categories: cancer, metabolic conditions, kidney-related traits, and musculoskeletal traits.
• The highest-magnitude variant on file, rs202115941, carries a magnitude score of 5.50 and is linked to cancer.
• Two separate variants - rs1152846 and rs11920292 - are independently associated with metabolic traits, suggesting this locus may be relevant to more than one metabolic pathway.
• Effect sizes and replication data are not available in the current dataset; all associations should be treated as preliminary signals.
• These are population-level statistical signals, not individual predictors of disease.

Notable variants

The variant carrying the strongest magnitude signal in this dataset is rs202115941 (magnitude 5.50), which is associated with cancer. At magnitude 4.50, several additional variants stand out: rs113713157 is linked to cancer, making it a second independent cancer-associated signal at this locus; rs1152846 and rs11920292 are both associated with metabolic traits; rs115290637 is linked to kidney-related traits; and rs747952496 is associated with musculoskeletal traits. Three additional magnitude-4.50 variants - rs112912841, rs150062338, and rs182054151 - have no trait metadata available in the current dataset.

Trait associations

The variants on file point to four distinct trait domains. In the cancer domain, both rs202115941 and rs113713157 carry cancer associations; the presence of two independent signals in the same trait category is worth noting, though replication details are not available here. In metabolic traits, rs1152846 and rs11920292 represent separate associations, suggesting the locus may influence metabolic biology through more than one mechanism. The kidney domain is represented by rs115290637, and musculoskeletal traits by rs747952496. Beyond these ten highest-magnitude entries, an additional 209 variants are on file at this locus, the majority without trait annotations in the current dataset.

Evidence quality

The associations listed here are drawn from GWAS-style variant catalogues. Magnitude scores reflect a composite of effect size and evidence strength, but the underlying summary data - including odds ratios, beta coefficients, cohort sizes, and replication status - are not available in the current dataset for these variants. The two cancer signals (rs202115941 and rs113713157) and the two metabolic signals (rs1152846 and rs11920292) each represent independent associations within the same trait class, which is consistent with a gene that may have pleiotropic (influencing more than one trait) effects, but without replication data this remains speculative. All findings here should be treated as preliminary signals pending independent validation.

What this is NOT

Every variant described above is a population-level statistical association - not a deterministic predictor of any outcome for any individual person. Nothing on this page constitutes medical advice, a diagnosis, or a recommendation to take any action.