rs115343148 (ADAMTS8): UK Biobank GWAS Variant
Key takeaways
- Identified in a UK Biobank genome-wide scan of over 400,000 people using a new statistical method called Quickdraws
- Located near two genes: ADAMTS8 and the ZBTB44-DT divergent transcript locus
- Standard GWAS tools may have missed this variant; it was among the additional associations Quickdraws found over competing methods
- The specific traits this variant influences are not detailed in the available study text, making evidence for this locus preliminary
Key takeaways
- This variant was identified in a UK Biobank genome-wide association scan of approximately 405,000 individuals using a new computational method called Quickdraws
- The locus sits near two genes: ADAMTS8 and ZBTB44-DT (a divergent transcript locus), though specific trait associations are not reported in the available study text
- Standard genome-wide association tools may have missed this variant; it was among the additional associations that Quickdraws discovered over competing methods
- Evidence for this locus comes from a single large-scale analysis; independent replication for this specific variant is not confirmed in the provided material
What the research says The sole study available for this variant describes Quickdraws, a genome-wide association (GWAS) method applied to 405,088 UK Biobank participants across 79 quantitative traits and 50 binary (disease) traits, scanning 13.3 million variants. Quickdraws identified 4.97% more quantitative-trait associations and 3.25% more binary-trait associations than REGENIE, a widely used competitor, with the overall set of additional associations showing replication signals in Biobank Japan and FinnGen cohorts. No specific effect sizes, p-values, or phenotype labels for rs115343148 at this locus appear in the provided study text, so the particular trait or traits this variant tags remain unspecified in the available evidence.
Reported associations
- UK Biobank GWAS finding: This variant was captured in a Quickdraws scan of 13.3 million variants across 79 quantitative and 50 binary traits in approximately 405,000 participants; the specific trait or traits it tags are not stated in the available study excerpt.
Evidence quality The single available study reports a large discovery cohort (n=405,088 UK Biobank participants), and the authors note that the broader set of newly identified associations showed replication signals in Biobank Japan and FinnGen. However, the provided text is a methods paper centered on the Quickdraws algorithm rather than a variant-specific report. No p-values, odds ratios, beta coefficients, or phenotype labels for this locus are given in the available excerpt, making the evidence base for this specific variant very limited. The association must therefore be considered preliminary until trait-specific results and independent replication are reported.
Lifestyle considerations No lifestyle considerations on file for this variant.
Frequently asked questions
What gene is rs115343148 located near?
rs115343148 is located near the ADAMTS8 gene and the ZBTB44-DT divergent transcript locus.
What traits is rs115343148 associated with?
The available study does not report specific trait associations for this variant. It was identified in a broad genome-wide scan of 79 quantitative and 50 binary traits in UK Biobank participants, but the particular trait or traits it tags are not stated in the provided text.
How was rs115343148 discovered?
This variant was identified using Quickdraws, a genome-wide association method that uses a spike-and-slab prior and GPU acceleration to find more associations than standard tools. It was applied to approximately 405,000 UK Biobank participants scanning 13.3 million genetic variants.
Is rs115343148 replicated in other studies?
The Quickdraws study reports that its overall set of newly identified associations showed replication signals in Biobank Japan and FinnGen cohorts. Whether rs115343148 specifically was among those replicated signals is not stated in the available text.
What is ADAMTS8?
Based solely on the available study, ADAMTS8 is named as the gene near rs115343148, but the study does not describe the gene's biological function. No trait-level detail about this gene is provided in the available evidence.