Allelic variants of N glycosylation and complement genes contribute to altered plasma protein and IgG N glycosylation in children at the onset of #T1D compared with their healthy siblings @NajdaRudman@GornikLab@SveucilisteZG@hrzz_science https://t.co/Z0U18O55yy 🔓
Our study is now published in @DiabetologiaJnl. We identified genes driving altered N-glycosylation of plasma proteins and IgG we found earlier in new-onset #type1diabetes and revealed potential underlying molecular mechanisms. https://t.co/QgTDgB01Gs
@GornikLab@hrzz_science
📣WE ARE HIRING 📣 post-doc to work on the role of glycans #glycotime in intestinal inflammation #IBD@HorizonEU project #GlycanTrigger in a vibrant environment @i3S_UPorto Apply: https://t.co/AgMSMSpeTo
N glycans on plasma proteins and IgG are changed in children at onset of type 1 #diabetes compared with their healthy siblings and correlate with age at diagnosis. @SveucilisteZG@hrzz_science@NajdaRudman @GlycoAnalytics #T1D https://t.co/EPbyaFrC5C 🔓
So proud to announce that together with the University of Melbourne and University of Copenhagen we found that IgG and plasma protein N-glycosylation changes at the onset of type 1 diabetes, which is published in @DiabetologiaJnl and freely available at https://t.co/OraIKoLRNR.