#hiring - Computational Image Analyst: based in NYC, remote work from Europe (with occ. travel to NYC) possible. Apply, if you have experience with image analysis in Python and are looking for a meaningful way to apply your skills: https://t.co/quD65NR2l5
@AJHGNews article selected by editor-in-chief Bruce R. Korf, MD, PhD: Sub-genic intolerance, ClinVar, and the epilepsies: A whole-exome sequencing study of 29,165 individuals. @GeneticsSociety
https://t.co/Y67NSxxHOa
@jakphd@GBL_Unit@BrentRichards19 @kirylukk @kennethbaillie @AMeynert Thanks for including us and pointing out how hard it is to replicate these suggestive signals even if the gene makes sense.
@GBL_Unit updated the group on the last NGS results and challenges. Work from the entire WES/WGS group including @BrentRichards19@RenieriAle and many more
Exciting update from the whole-exome workgroup led by @BrentRichards19 and @RenieriAle!
.
Trans-acestry gene burden test meta-analysis of up to 5,120 cases and 590,645 controls in the works. Results expected early 2021!
.
Get in touch with @GBL_Unit if you'd like to contribute!
So far we can only report that we do not see any signal across 13 genes in IFN pathways in 1,934 COVID-19 cases (713 severe and 1,221 mild) and 15,251 controls. Hoping for positive results out of @covid19_hgi WES/WGS soon. https://t.co/aOds2brh37
Our new @JAMACardio paper with @Columbia University describes the role of rare genetic variations and genetic commonality in both heart failure with preserved or reduced ejection fraction: https://t.co/n5EVd3ZvHJ
The first large scale study of the role of rare variants in heart failure. Congratulations @GPovysil @OlympeChazara @carolin56741829@dirk_paul et al, and @SlavePetrovski - what a bumper week for the CGR!
Using rare-variant collapsing we showed that even patients with presumed ischemic heart failure often have rare deleterious variants in cardiomyopathy genes such as TTN. Thanks to everyone involved. @GoldsteinDB @OlympeChazara @carolin56741829@dirk_paul@kerencarss et al.
Exome sequencing of a broad group of 5,942 patients with heart failure of mostly ischemic etiology shows a significant enrichment of rare protein-truncating variants in the TTN gene and in general an increased burden of Mendelian cardiomyopathy variants. https://t.co/JRnwUYvcHl
Tackling an extremely massive multiple instance learning problem in immunology with deep learning and attention (modern Hopfield networks!)
Check out our spotlight and poster at #neurips2020! 🙂
Dec 09, 07:10-07:20 (Spotlight), 09:00-11:00 (Poster) AM PST
https://t.co/PwQrdCgqkG
Important #COVID19 negative result presented today at @covid19_hgi - @GPovysil, @kirylukk, and David Goldstein cannot replicate Zhang et al. @ScienceMagazine "Inborn errors of type I IFN immunity in patients with life-threatening COVID-19" https://t.co/jORRv9ldNA