Postdoc position now open in my lab at New England Biolabs. Focus is on exploring phage defence systems through biochem and structural biology. @NEBiolabs provides an academic research environment with the freedom of industry. Please take a look! 🤓🧫🧬 https://t.co/sf9mizGumG
NEB researchers systematically screened 186 MazF homologs, identifying >130 active endoribonuclease with diverse sequence preferences. Read more about how Tth-MazF1 can be a powerful tool for RNA analysis in Nucleic Acids Research: https://t.co/ldz4rELeF1
Rejection is part of science. So is resilience. 🔬
@BlowerLab and @CJStewart7 share how setbacks helped shape their careers. We don't talk about this enough.
🔁Please repost and share your own stories of defeat or bouceback. Break the stigma!
https://t.co/iWFzWm1mmn
Rel/Par superfamily toxins have yet another activity - trimming off the 16S rRNA to kill tuberculosis. Thanks again to wonderful collab with @GenevauxPierre and team, out today https://t.co/3pZD8ogyHB @DurBiol@NEBiolabs@izaakbeck 🤓🎊🎉
Looking for great PhD candidates! Excited to collab with Prof Mark Szczelkun at Bristol UK, studying MADS phage defence. This will be a CASE studentship including research visits to New England Biolabs HQ in MA, USA 🤓 @NEBiolabs https://t.co/eL214D9q36 deadline 3rd Dec
RptR is a new addition to the growing collection of phage defence-associated transcriptional regulators. Congrats to @YugengZ@TangLabOxford@_MarionSchuller@IvanAhelLab and thank you, it was a pleasure to help out the study! @NEBiolabs. https://t.co/tmVlGPmWEU
Latest BREX story from the lab - turns out there is a nuclease after all! Congrats to Jenny Readshaw and the whole team, including wonderful collabs Barry Stoddard, Brett Kaiser and @DarrenSmithdx. @NAR_Open @NEBiolabs@DurBiol https://t.co/AsZjImMSXW
We are delighted to host Professor Tim Blower @BlowerLab as keynote speaker to our MID symposium
@WarwickLifeSci
Date: 20th of June Venue: GLT1 We invite MBio, PhD students and Postdocs to submit abstracts for posters and talks by 11th of June to
@CRodriguesLab
For those of you who approached me at @MicrobioSoc#Microbio25 (and anyone else interested!!), this is your last chance to apply for our PDRA position. Come join us in Glasgow!
The post will be based in Ipswich, MA, north of Boston. Non-US citizens welcome (if eligible for a J-1 visa). The focus will be on basic research leading to publications. We provide an academic research and training environment, with >20 research labs.
The lab is now up and running at New England Biolabs @NEBiolabs! I'm looking for a postdoc to study phage defence systems. If you'd like the academic freedom to publish but the resources of industry, then take a look 🤓😃 https://t.co/v5V3STDowa
🚨We are hiring! A MRC-funded PDRA position to study novel anti-phage systems & their evolutionary dynamics in P. aeruginosa, in collaboration with @friendlymicrobe. If you are passionate about phage-bacteria interactions & evolution, apply now ! https://t.co/o3sGEGBvrU
The final version of our Serratia paper is now out! Congrats to @TomCX99 and (X-less) Suraj, and a big thank you to @BlowerLab and @StephenRG97. https://t.co/7PLGdTwYwT
Over the moon to share some amazing news—I’ve been awarded an MRC Career Development Award to pursue my research at the University of Glasgow @UofGSii ! 🎉 Can’t wait to get started on this exciting new chapter. Stay tuned—I’ll soon be advertising a PDRA position!
Using cryoEM we understood the structural basis of chiral DNA wrap by bacterial gyrase (and also produced the most complete/highest resolution E coli gyrase model to date).
@JohnInnesCentre@DurhamU34989@MCB_UJ
Thrilled to share my latest postdoc paper published in
@NatureComms
NTase toxin targeting serine tRNA 3'-ends by CMP addition in M. tuberculosis H37Rv. Thanks to all the co-authors,
@GenevauxPierre@BlowerLab@ONeyrolles
https://t.co/PQ8ILs1qzM
https://t.co/Pjgy5KTUrK
Our thoughts on how toxins bound to TAs are activated: via conformation changes, not by selective degradation of ATs by a protease (makes little sense since both are structured). Remarkable insights determined by studying various TAs as they inhibit phage.