LINC01505, variants, traits, and what the research shows

LINC01505 - what this gene does

LINC01505 (Long Intergenic Non-Coding RNA 1505) is a non-protein-coding gene - it produces an RNA molecule rather than a protein. Based on the variants catalogued here, this gene appears in genome-wide association studies (GWAS - studies that scan large populations' genomes for variants statistically linked to traits) covering mental health, neurological, athletic, respiratory, cardiovascular, cancer, and immune-related trait domains.

Key takeaways

• Variants near this gene span at least seven major trait categories, including mental health, neurological function, cancer, cardiovascular health, respiratory health, athletic performance, and immune response.
• The highest-magnitude variants on file include signals tied to mental health, a neurological trait, an athletic trait, a respiratory trait, cancer, and cardiovascular health.
• Intermediate-magnitude variants add immune-related and rare-disease associations.
• Hormonal and metabolic trait signals appear among the lower-magnitude variants.
• All of these are population-level statistical associations, not individual predictions.

Notable variants

The highest-magnitude signals (magnitude 4.50) span a wide range of traits. rs10978481 is linked to a mental health trait, while rs538017817 carries a neurological association. rs562555820 is flagged for an athletic trait and rs60568503 for a respiratory trait. rs77706512 carries a cancer association and rs7855801 a cardiovascular signal. At magnitude 2.80, rs141705147 shows an immune-related association and rs6477542 a rare-disease link. Lower-magnitude signals include a hormonal trait at rs10156597 and a metabolic trait at rs10759180.

Trait associations

Mental health and neurological traits appear through rs10978481 and rs538017817, respectively. Cardiovascular and respiratory signals surface via rs7855801 and rs60568503. Cancer-related associations appear at rs77706512 and at lower magnitude at rs10739221 - two variants pointing to the same trait domain adds weight to that signal. Athletic performance is flagged by rs562555820. Immune and rare-disease associations come from rs141705147 and rs6477542. Hormonal and metabolic traits are represented by rs10156597 and rs10759180.

Evidence quality

The gene has 157 variants on file, of which 37 carry prior research summaries and 10 have published editorial pages. The strongest signals reach magnitude 4.50 across multiple distinct trait domains. Specific effect sizes (such as odds ratios or beta coefficients) and cohort sample sizes are documented on individual variant pages rather than available in aggregate here. The breadth of trait categories is notable; however, replication status and multi-cohort confirmation details were not available in the summaries reviewed, so individual associations should be treated as preliminary GWAS signals pending further study.

What this is NOT

These variants are population-level statistical signals from research studies, not deterministic predictors for any individual. Nothing here constitutes medical advice, a diagnosis, or a recommendation to take any action.