Combining data independent acquisition with spike-in SILAC (DIA-SiS) improves proteome coverage and quantification. Read our new preprint on bioRxiv.
#SILAC#DIA#Proteomics
https://t.co/DCNP2uE1Mr
Read our latest work on how phosphorylation in Intrinsically Disordered Regions (IDRs) affects protein-protein interactions in Nature Communications.
@TRrustemi
https://t.co/qyZ54OJ5Bd
#IDR#phosphorylation
Explore in @NatureComms how #disease mutations on phosphosites impact #protein-protein interactions with detailed follow-up on GATAD1.
Kicked-off during my PhD times with @jsps_sns and now taken to the next level @SelbachLab by @TRrustemi. Big thanks!
https://t.co/A7VotczEI6
Our latest preprint investigates the pathogenic mutations of human phosphorylation sites that affect protein-protein interactions. Using peptide-based interaction proteomics, more insights regarding the transcription factor GATAD1 were unveiled. @TRrustemi https://t.co/PzOOiwXs2R
Look at Germany, Spain (0/9!!! 🤦🏻♀️), Italy, Netherlands, Austria, Sweden... Look at the Life Sciences (LS) and Physical Sciences and Engineering (PE) Pannels. This is heartbreaking. Just two figures that illustrate very well the #gendergap problem we have in Europe👇🏼#WomenInSTEM