Genomic annotation of disease-associated variants reveals shared functional contexts

RT @profsmarshall: Up front & free to read in May's @DiabetologiaJnl : Convergence in diabetes GWAS through integrative analyses and transc…

RT @profsmarshall: Up front & free to read in May's @DiabetologiaJnl : Convergence in diabetes GWAS through integrative analyses and transc…

RT @profsmarshall: Up front & free to read in May's @DiabetologiaJnl : Convergence in diabetes GWAS through integrative analyses and transc…

RT @profsmarshall: Up front & free to read in May's @DiabetologiaJnl : Convergence in diabetes GWAS through integrative analyses and transc…

Up front & free to read in May's @DiabetologiaJnl : Convergence in diabetes GWAS through integrative analyses and transcriptional regulatory annotation. Collaboration with @kitzmanlab and @theparkerlab at @UMich @UMichResearch https://t.co/N81TFqfE2a #

Genomic annotation of disease-associated variants reveals shared functional contexts. New from @DiabetologiaJnl https://t.co/kRdEjlRHQH

RT @mbotana: GWAS continúa identificando loci d #diabetes 2; su interpretación es compleja pq la mayoría no son genes codificadores. Secuen…

GWAS continúa identificando loci d #diabetes 2; su interpretación es compleja pq la mayoría no son genes codificadores. Secuenciación masiva, CRISPR, etc. son indispensables para entender mejor bases moleculares d procesos complejos como #diabetes 2. https

Convergence in diabetes GWAS through integrative analyses and transcriptional regulatory annotation. Collaboration with @kitzmanlab and @theparkerlab at @UMich @UMichResearch https://t.co/crdCurbwUX #GWAS #CRISPR https://t.co/MFk8NWeQJj

Genomic annotation of disease-associated variants reveals shared functional contexts. https://t.co/Iicn4QAvvm

When the low hanging fruit is gone, a serious push to annotate non-coding variants #Diabetes @DiabetologiaJnl https://t.co/dZUhnWLfPq