Now, you can identify and filter them on our website!
Check the great review made by @genandgenes.bsky.social et al. at @johnshopkinssph.bsky.social
They also analysed the data we hosted and showed a lack of #SumStats available. tinyurl.com/bdfmsmtd
Now, you can identify and filter them on our website!
Check the great review made by @genandgenes.bsky.social et al. at @johnshopkinssph.bsky.social
They also analysed the data we hosted and showed a lack of #SumStats available. tinyurl.com/bdfmsmtd
So happy to see Eleanor's work out in AJHG! Along with Steven Gazal, Eleanor developed a factor analysis model of GWAS sumstats to identify and characterize pleiotropy. 🧬🧬💻
So happy to see Eleanor's work out in AJHG! Along with Steven Gazal, Eleanor developed a factor analysis model of GWAS sumstats to identify and characterize pleiotropy. 🧬🧬💻
👩🏻💻👨🏻💻Work on #gwas?
📊Did you submit your #SumStats (bit.ly/38rNSjx) or are you planning to do so?
Now you can ALSO submit the top associations to be included in the GWAS Catalog!
Just follow the link in your submission confirmation email for more details!👇👇
👩🏻💻👨🏻💻Work on #gwas?
📊Did you submit your #SumStats (bit.ly/38rNSjx) or are you planning to do so?
Now you can ALSO submit the top associations to be included in the GWAS Catalog!
Just follow the link in your submission confirmation email for more details!👇👇
We introduce Genomic Network Analysis (GNA), a method to conduct network analysis on GWAS sumstats / estimate conditional genetic associations at multiple levels of analysis.
@andrewgrotzinger.bsky.social @zaccyg.bsky.social @drwilliamreay.bsky.social
We introduce Genomic Network Analysis (GNA), a method to conduct network analysis on GWAS sumstats / estimate conditional genetic associations at multiple levels of analysis.
@andrewgrotzinger.bsky.social @zaccyg.bsky.social @drwilliamreay.bsky.social
- Full paper: doi.org/10.1016/j.ce...
- Sumstats: doi.org/10.6084/m9.f...
- Full paper: doi.org/10.1016/j.ce...
- Sumstats: doi.org/10.6084/m9.f...
Genetic correlations are what you'd expect but surprisingly little variant-level heterogeneity.
Genetic correlations are what you'd expect but surprisingly little variant-level heterogeneity.
📎 Paper: www.nature.com/articles/s41... in @naturegenet.bsky.social
We created PGS using sumstats from our linked GWAS study www.nature.com/articles/s41..., evaluating it across a range of clinical settings in several cohorts. 1/n
📎 Paper: www.nature.com/articles/s41... in @naturegenet.bsky.social
We created PGS using sumstats from our linked GWAS study www.nature.com/articles/s41..., evaluating it across a range of clinical settings in several cohorts. 1/n
figshare.com/articles/dat...
figshare.com/articles/dat...
Guess it affected more than just the sumstats 😬
In picking the lead snps the authors (inadvertantly) picked the first SNP with an underflow pvalue. This can be up to 500kb from the true lead snp.
All the strong pvalues listed from verma et al in @gwascatalog.bsky.social are suspect
www.ebi.ac.uk/gwas/publica...
Don't do this
Guess it affected more than just the sumstats 😬