Edward Stuttfeld

[Cell @CellCellPress]

Now online! mTOR substrate phosphorylation in growth control https://t.co/5JHWzoxYO3

[Edward Stuttfeld @edstuttfeld]

11 years have already passed, since the time I was still working on this molecule. Still love seeing it.

[3D Protein Imaging @proteinimaging]

Still in time for the March Molecule of the month @buildmodels! The crystal structure of the extracellular part of the VEGF receptor. It exists in its monomeric state when inactive, but dimerizes when it binds to VegF
https://t.co/9TqCj8HyDC

[Tecan @Tecan_Talk]

Don’t miss this latest article in Nature, discussing our collaboration with the Hubrecht Institute and other organizations in the race to scale-up #COVID19 diagnosis.
Read the article in full here! https://t.co/oG1QAFdwA8

#Diagnostics #LabAutomation

[Hubrecht Institute @_Hubrecht]

Researchers from the Hubrecht Institute, @Genmab and many other parties have published the developmental journey and protocols of the STRIP-1 test robot in @NatureBiotech today! Read more: https://t.co/zfBTAmexyx

[Edward Stuttfeld @edstuttfeld]

@moritzhunkeler 🏒🥅💪😉

[Edward Stuttfeld @edstuttfeld]

Great to see that story published and great team effort! Congratulations to Raphael, @ImsengStefan, Roman, @MaierLab and @HillerLab! 👏

[Maier Lab @MaierLab]

Dissecting multi-site phosphorylation of 4E-BP1 by mTORC1 using #NMR in collab with @HillerLab @Biozentrum_en. First structural analysis of hierarchical substrate phosphorylation by mTOR reveals mechanistic basis for efficient control of translation. https://t.co/fx0JxyShYH

[Hubrecht Institute @_Hubrecht]

The Hubrecht Institute, @Genmab, and many others have developed a new robot, the STRIP-1 - testrobot, that can process up to 20,000 samples for #COVID-19 testing per 24 hours, making it much faster than all other systems to date. Read more: https://t.co/4ZZLIkRtve

[Nymus 3D | Science & Technology Communication @nymus3d]

We created a short animation to explain the automated COVID-19 testing pipeline of @_Hubrecht

#animation #3D #hubrecht #COVID19

[Genmab @Genmab]

Genmab’s Martijn Bosch explains how the STRIP-1, a new testing robot that Genmab developed with @_Hubrecht and other partners is helping increase testing capacity in the Netherlands.

[Genmab @Genmab]

In the first weeks of the #COVID19 pandemic, Genmab researchers and experts joined @_Hubrecht and molecular biologists in the Netherlands to develop a high-tech molecular test robot nicknamed “The Beast” to help the Netherlands prepare for future pandemic needs.

[Maier Lab @MaierLab]

We are happy to finally share the final version of our story on the structure of human mTORC2. Herein, insights into the molecular basis of growth factor signaling and its regulation.
https://t.co/eWu3nL809P

[Francesca Mangia @FranciMangia]

Extremely happy and proud to share our recent work on mTORC2, now out on Science Advances! A great story and a great collaboration between @MaierLab @The_Ban_Lab @HallLab @UniBasel @ETH https://t.co/2lANlHz73W

[Alain Scaiola @skaiiol]

Extremely glad our story about mTORC2 is now out for good in Science Advances ! https://t.co/Kb3wFawt08

[Edward Stuttfeld @edstuttfeld]

@moritzhunkeler Congrats!

[Edward Stuttfeld @edstuttfeld]

Enjoying to read about the loo... I mean HUWE1 🚽. When comes the bathtub 🛁?
Great stuff!

[Moritz Hunkeler @moritzhunkeler]

We solved the structure of HUWE1. Looks familiar..

Preprint here: https://t.co/GljoSt2jD8

[Edward Stuttfeld @edstuttfeld]

@leonie_anton @MaierLab @biozentrum Congratulations, well done!

[Maier Lab @MaierLab]

We are happy to share our preprint on the <2Å #CryoEM structure of #Yersinia enterocolitica urease! Fantastic collaboration of @LabStahlberg @MaierLab @TorstenSchwede from @biozentrum @UniBasel. https://t.co/UkthgMOGE6

[Seeger Lab @seegerlab]

📢Our rapid response to the COVID-19 pandemic on @biorxivpreprint
„Synthetic nanobodies targeting the SARS-CoV-2 receptor-binding domain“
The sequences of the 63 unique anti-RBD #sybodies selected within 12 working days are open access.
https://t.co/wZVXP2sK7d

[Edward Stuttfeld @edstuttfeld]

Cool movie of the recently published mTORC2 structure from @The_Ban_Lab @MaierLab and the Hall lab

[The Ban Lab @The_Ban_Lab]

If you missed it, our latest collaboration with @MaierLab and Mike Hall’s lab is available on BioRxiv https://t.co/OjYY48J7lY . Great work by @skaiiol and @FranciMangia reveals Rictor's architecture and visualizes two small molecule binding sites, one of them found in Rictor!

[bioRxiv @biorxivpreprint]

The 3.2A resolution structure of human mTORC2 https://t.co/Fo0rBAi0HR #bioRxiv