So I got a new paper published! “Genetic analysis of blood molecular phenotypes reveals common properties in the regulatory networks affecting complex traits”. #genomics #paper #eQTLs #pQTLs #metabolites #GWAS #disease
https://www.nature.com/articles/s41467-023-40569-3
I wrote a thread on our findings on the other place for those inclined to the more academic language (https://twitter.com/anavinuela/status/1693602067741397190). Lot of scientists are still there. But I thought here I would try something a little bit different to avoid the jargon:
#disease #GWAS #metabolites #pqtls #eqtls #paper #genomics
Ok, after a couple of days getting used to this, here is my #introduction
I'm a computational biologist and group leader in Newcastle University (UK) working on the genetics of human age related diseases and the regulation of molecular phenotypes with ageing.
Some Keywords for searches: #genetics #QTLs #eQTLs #multiomics #omics #science #transcriptomics #proteomics #metabolomics #genomics #compbio #diabetes #NAFLD
#nafld #diabetes #compbio #genomics #metabolomics #proteomics #transcriptomics #science #omics #multiomics #eqtls #QTLs #genetics #introduction
Ok, after a couple of days getting used to this, here is my #introduction
I'm a computational biologist and group leader in Newcastle University (UK) working on the genetics of human age related diseases and the regulation of molecular phenotypes with ageing.
Some Keywords for searches: #genetics #QTLs #eQTLs #multiomics #omics #science #transcriptomics #proteomics #metabolomics #genomics #compbio #diabetes #NAFLD
#nafld #diabetes #compbio #genomics #metabolomics #proteomics #transcriptomics #science #omics #multiomics #eqtls #QTLs #genetics #introduction