Connecting genetic risk to disease end points through the human blood plasma proteome

Our paper "Connecting #genetic risk to #disease end points through the human blood plasma #proteome" is out 😉 #GWAS https://t.co/LjKG8o3aOO pic.twitter.com/3sVefVIp3j

— Karsten Suhre (@ksuhre) February 27, 2017

#Proteomics: Molecular patterns of complex diseases #GWAS https://t.co/YYwbWrCdyF pic.twitter.com/1DVGW50v9L

— Helmholtz Munich | @HelmholtzMunich (@HelmholtzMunich) February 16, 2017

Connecting genetic risk to disease endpoints through the human blood plasma proteome https://t.co/bmy2uqJQif #bioRxiv

— bioRxiv (@biorxivpreprint) November 10, 2016

GWAS for >1000 blood plasma protein levels in 1k individuals https://t.co/5kS62GVquV

— David A Knowles (@davidaknowles.bsky.social) (@david_a_knowles) November 11, 2016

Proud to say that our #proteomics #GWAS with @SomaLogic is out https://t.co/waPATPclZD and https://t.co/Avyz2Nhqfu pic.twitter.com/KmKxOas5Jk

— Karsten Suhre (@ksuhre) November 12, 2016

Over ten new protein associations discovered at ABO blood group locus https://t.co/Avyz2Nhqfu @NatureGenet @GeneticsSociety @PLOSGenetics pic.twitter.com/4Veq25PvJq

— Karsten Suhre (@ksuhre) November 14, 2016

Explore 539 protein QTLs from #proteomics #GWAS with 1100 @SomaLogic #aptamers at https://t.co/waPATPclZD and read https://t.co/Avyz2Nhqfu pic.twitter.com/fPLdc1QYWB

— Karsten Suhre (@ksuhre) November 13, 2016