
Shabaz Lab
@shabazlab
Focus on developing proteomics technologies so mostly relates to sample prep, MS and LC. Oxford PI (Shabaz Mohammed) seconded to the Rosalind Franklin Institute
ID: 1283742714216030208
https://www.chem.ox.ac.uk/people/shabaz-mohammed#/ 16-07-2020 12:38:43
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New intake of PhD students joining the 'NGC' group meeting and learning at the 'problems session' that chemistry (and its curly arrows and fish hooks) is a key foundation for interdisciplinary science. 100% true. don't @ me! Rosalind Franklin Institute


Had a great time at #HUPO2024 presenting our recent work using phosphoproteomics to characterise cellular quiescence in glioblastoma UCL Cancer Institute




Delighted for WaelSSKamel. This was a rollercoaster ride. For more details and what we learned (very cool) see thread

New publication from Castello Lab and @FranklinSystems in Molecular Cell 🚨🚨🚨! We discover a group of nuclear #RBPs that travel to the cytoplasm to inhibit #virus #infection. We discover a novel #RNA mediated antiviral mechanism mediated by the U2snRNP cell.com/molecular-cell…

🦸 Hidden superheroes in our cells!? New research led by WaelSSKamel, Castello Lab & Rosalind Franklin Institute, has uncovered how a team of cellular “superheroes” leap into action to stop viruses in their tracks. Find out more: gla.ac.uk/research/az/cv… The study: cell.com/molecular-cell…





🚨🚨News: Interested in the proteome configuration that makes a cell permissive or hostile to virus infection? Why mRNA levels do not fully reflect the proteome status after interferon treatment? See the new paper from Castello Lab and Mohammed lab mcponline.org/article/S1535-…






Proud to announce my first publication is out in PLOS Pathogens ! Huge thanks to my co-first author Wael, Brennan Lab CVR 🦠🕷🦟🔬🧫, and Castello Lab. The paper explores how tick RNA-binding proteins respond to UUKV infection, you can find the paper here dx.plos.org/10.1371/journa…


🚨 New paper in PLOS Pathogens! 🚨 Together with Brennan Lab CVR 🦠🕷🦟🔬🧫, we mapped – for the first time – how tick RNA-binding proteins rewire during virus infection. 283 proteins changed activity, revealing key players in viral fitness. Read here: doi.org/10.1371/journa…
