Well done, Professor Bublitz (-Meier), my wife, well done! I am very proud of you!
Can I now retire? ;-)
Delightful news: I've just got tenure @BiochemOxford and @OrielOxford! 👩🏼🎓🍾🥂 Huge thanks to the amazing #MBU_Lab members past and present, to my incredible mentors and all the inspiring and supportive people who've encouraged me along the way! 👍Let's rock on! 🤘
Thomas Meier retweeted
!!We’re still looking to fill this postdoctoral job opening!! 🕺💃Interested in understanding the role and mechanism of ESCRT-III-like membrane remodelling proteins in bacteria?.. then come join us! #Cryoem #CryoET Please retweet!
imperial.ac.uk/jobs/descript……
Thomas Meier retweeted
The PosLab has a PhD position available. We are trying to unlock the secrets of polyspecificity, energy coupling, and inhibition of RND drug efflux pumps using structural and functional approaches. Application deadline is May 31st, 2022. Visit our homepage for details!
This is how we should look at membrane protein complexes! Excellent work by Guo and Rubinstein, congrats to both (@RubinsteinJohn)!
(And: The paper comes with a ton of EMD and PDB entries..)
Structure of ATP synthase under strain during catalysis disq.us/t/474yjsq
Thomas Meier retweeted
Exciting news from the lab! We’ll be recruiting soon, so get in touch if your interested in using #cryoem to understand how we kill bacteria. imperial.ac.uk/news/234320/d…
Check this one out if you are interested in new compounds as potential drugs against respiratory chain complexes and ATP synthase.
An amiloride derivative is active against the F1Fo-ATP synthase and cytochrome bd oxidase of Mycobacterium… disq.us/t/45iu61r
Wir appellieren an den Bundesrat: Die Schweiz muss in diesen entscheidenden Stunden Verantwortung für den Frieden in Europa übernehmen und die EU-Sanktionen gegen das Putin-Regime vollumfänglich mittragen. Hier unterschreiben: sanktionen-jetzt.ch
RT @cryoEM_Papers: Forty years in cryoEM of membrane proteins doi.org/10.1093/jmicro/dfab0…
An excellent review written by a key person in membrane protein structural biology -- Werner Kühlbrandt
I am very happy to share our structure of the Acinetobacter baumannii ATP synthase, serving as a new drug target against an often highly resistant human pathogen.
Structure of ATP synthase from ESKAPE pathogen Acinetobacter baumannii science.org/doi/10.1126/scia…





