TPCN2, variants, traits, and what the research shows

TPCN2 - what this gene does

Variants in TPCN2 have been catalogued across GWAS - genome-wide association studies that scan large populations for variants statistically associated with a trait - spanning neurological, metabolic, kidney, and cancer trait categories. Based on the available variant data, this entry describes the gene through its association landscape rather than a mechanistic characterisation.

Key takeaways

• TPCN2 variants appear across four broad trait areas: neurological, metabolic, kidney, and cancer.
• Ten variants carry the highest recorded magnitude score (4.50) in this gene's catalog.
• These associations come from population-level studies and do not predict outcomes for any individual.
• 114 total variants are on file, with 19 having dedicated research summaries.
• All findings should be treated as statistical signals, not clinical diagnoses.

Notable variants

Among the ten highest-magnitude variants (all scoring 4.50), rs10896429 and rs10896430 are the most prominently catalogued, with rs10896430 linked to neurological traits. On the metabolic front, rs35264875 carries the same top magnitude score. Kidney-related signals are represented by rs572573445 at magnitude 4.50, while cancer associations surface through rs72930659 at the same level. The remaining top-magnitude variants - rs148763447, rs34510004, rs575833336, rs7131509, and rs72917317 - complete the highest-scored set, though detailed trait annotations for these are not yet available in this dataset.

Trait associations

The variant data points to four main trait domains. Neurological traits are represented by rs10896430. Metabolic conditions are flagged by rs35264875. Kidney-related traits appear through rs572573445, while cancer associations surface via rs72930659. Several additional magnitude-4.50 variants - rs148763447, rs34510004, rs575833336, rs7131509, and rs72917317 - await fuller trait annotation in this catalog.

Evidence quality

The ten highest-magnitude variants all share a score of 4.50, indicating relatively strong statistical associations within this catalog's scoring framework; however, detailed study metadata - including sample sizes, odds ratios, beta coefficients, and replication cohort information - is not available in this dataset. With 114 total variants on file and 19 carrying dedicated research summaries, this gene is moderately documented. Without explicit replication or sample-size data, all associations here should be treated as preliminary signals pending independent verification.

What this is NOT

These variants represent population-level statistical signals from genome-wide association studies - they are not deterministic predictors of any health outcome for any individual. This content does not constitute medical advice, diagnosis, or a recommendation to take any action.