CvB Lab

Membrane protein research @DCBPunibern

[CvB Lab @LabCvB]

Check out our latest effort to orient membrane proteins correctly into liposomes and boost ATP production. We took advantage of ionizable lipids and changed the liposome surface from positive to negative to make it work. @unibern @DCBPunibern
https://t.co/bFEERvkv0v

[CvB Lab @LabCvB]

Fascinating bacterial process rebuilt in the lab:
ATP synthesis driven by atmospheric hydrogen concentrations | PNAS https://t.co/rS5LtzqGRM

[Maike Bublitz @The_Mbu]

Extremely excited to share our newest work, the outcome of an exceptional success story by DPhil student Matthew Hankins, a great collab with @seegerlab and @pstansfeld's group.
Structure & Function of MprF, a lipid scramblase from P. aeruginosa: https://t.co/cDXX8RWsH8

[CvB Lab @LabCvB]

@TheKailaLab @KAWstiftelsen Thanks Ville and team for being part of this cool project. Thanks to @Hurricaine87 and Olivier Biner for the many measurements.

[VilleKaila @TheKailaLab]

Very happy to share our latest work on the mechanism of the Membrane-Bound Superoxide Oxidase – now out in JACS! Thank you Högbom and von Ballmoos Labs for a nice collaboration & @KAWstiftelsen for supporting our work! https://t.co/sMRv9K77dp

[CvB Lab @LabCvB]

A long journey coming to a happy end. Thank you, Robert Gennis and Sangjin Hong for Simone Graf and me to be part of this cool project. It is rare that you can purify a human protein fully active in a bacterium.
https://t.co/AcPXVfCu8l

[HowarthSci @HowarthSci]

Want to learn about #pharmacology from pop music (and electronica, reggae...)? Have a listen to this playlist: https://t.co/S18FbY11Es
What relevant songs are missing?
@UnivCamPharm #pharmacy #medchem

[CvB Lab @LabCvB]

@HowarthSci @UnivCamPharm Mentioning of Xanax and Zoloft in "Adam Green - Gemstones". In case you can make sense of the text, please let me know

[Georg Hochberg @KaHochberg]

Alright everybody, what will undoubtedly forever be the lab's strangest discovery is now out in Nature. It's a protein that evolved to self-assemble into a Sierpinski fractal. https://t.co/zV5CDzbaGm 1/n

[CvB Lab @LabCvB]

Membrane damage by MBP-1 is mediated by pore formation and amplified b... https://t.co/1dncDt8xIf
Thanks to Lea and all the others involved for the lovely collaboration and giving Philipp the possibility to support their findings with some giant vesicles. @DCBPunibern @unibern

[CvB Lab @LabCvB]

This has been a long and winding road to see this finally published. Shoutouts to Andrea Amati and Stefan Moning @MoningStefan for never giving in. A special thanks goes to Sacha Javor @reymondgroup for his critical contribution in organic synthesis.

[CvB Lab @LabCvB]

Overcoming Protein Orientation Mismatch Enables Efficient Nanoscale Light-Driven ATP Production | ACS Synthetic Biology https://t.co/SsghMjDJUM

[CvB Lab @LabCvB]

Further we show, using SpyTag/Catcher technology, how post-translational modification can be used to reconstitute light-driven proteorhodopsin in either direction. In co-reconstitution with ATP synthase, we show efficient light-driven ATP synthesis

[Oded Rechavi @OdedRechavi]

When the PI returns from a sabbatical and tries to teach the lab new techniques
https://t.co/EvMXhfRV18

[CvB Lab @LabCvB]

Interested in a PhD in synthetic biology using exciting membrane proteins in Switzerland?
Have a look at our open position.
https://t.co/28KHdo4fOS

[VilleKaila @TheKailaLab]

Apply now for the Assistant Professorship in "Integrative structural biology with focus on structural dynamics" at my Department, DBB at Stockholm University. Deadline Dec 28, 2022
https://t.co/t1Cf5iI5e2

[Paul Fairie @paulisci]

A Brief History of Kids Today Are Spoiled

🧵

[Mühlemann Lab @OMuhlemann]

Congratulations to my colleagues next door!

[ParadisiResearch @ParadisiResLab]

One PhD position in our group within the @MetRaZymes Doctoral Network. Application deadline 23.12.2022, starting date ~April 2023 https://t.co/P88CKepIMe

Retweets appreciated!