Ed was awarded one of four Tandem Mass Tag Research awards. These are an annual international award by Thermo Scientific given on the basis of ‘innovative and impactful’ research in Proteomics. Ed will be using his TMT research award to further the development of single cell Proteomics (SCoPE-MS). Thermo TMT award website  Read More →

I have a new preprint out with Marko Jovanovic (Columbia U.) and Nikolai Slavov. In it we review the evidence in favor of the existence of functionally specialized ribosomes, and discuss the approaches and tests that will allow confirmation of the specialized ribosome hypothesis. The preprint is hosted by PeerJ preprints.   Preprint    Read More →

I wrote a short piece for ‘We support preprints’ on how I think preprints are helping advance biology, and how they are particularly useful for early career researchers. The article can be found at https://wesupportpreprints.wordpress.com/Read More →

Fleith & Mears et. al. paper on IFIT-based translation inhibition now accepted in Nucleic Acids Research. The paper shows how homo- and heteromeric interactions between IFIT family members influence RNA-binding and thus translation inhibition. JournalRead More →

Anna’s paper on the effectiveness of several current antivirals against both lab and UK clinical isolates of human parainfluenza type 3 (PIV3) is now accepted for publication. The study identified favipiravir as a potentially useful therapeutic agent against PIV3, and also showed significant differences in the susceptabilities of lab-adapted and recent UK clinical strains of PIV3 to the neuraminidase inhibitor zanamavir. JournalRead More →

Just published in MCP with the Roy lab from LSHTM: phosphoproteomic analysis of Bluetongue virus infected cells. We used phosphoproteomics to identify kinase regulation during BTV and related orbivirus infection. Pubmed         Journal    Data – PRIDE     Read More →

We just published a new preprint in bioRxiv. We study how norovirus polyprotein precursors containing the norovirus protease (NS6) confer protein:protein interactions and localisation upon the protease. This regulates the ability of the protease to access specific substrates. As the rates of polyprotein cleavage result in shifts in precursor abundance throughout infection, this allows the virus to temporally and spatially control protease activity. BiorXivRead More →