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
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
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!
We are happy to share our work on mTORC2. Surprising findings: (1) The SIN1 N-terminus completes the Rictor fold. Great long-term collaboration on #signalling, #cancer and #metabolism with @The_Ban_Lab@ETH and Mike Hall's team! \FM @biozentrum@UniBasel https://t.co/8JmwCvJxLu
Very excited to have our work on mTORC2 finally online! Check it out now on https://t.co/o4j2mB8T32 ! Thanks to everyone involved for the great work and collaboration! #mTOR#signalling, #cancer@The_Ban_Lab@MaierLab MikeHallTeam @UniBasel@ETHZ
Left: MIT computer scientist Katie Bouman w/stacks of hard drives of black hole image data.
Right: MIT computer scientist Margaret Hamilton w/the code she wrote that helped put a man on the moon.
(image credit @floragraham)
#EHTblackhole#BlackHoleDay#BlackHole
Excited to share our work that was #JustAccepted in @J_A_C_S. Check out our paper that characterises a new type of iron-dependent sulfoxide synthase in the biosynthesis of #ergothioneine.
https://t.co/fmyPOuuWrS
@ImsengStefan and Asier González @UniBasel now receive funding by @_Innosuisse for the development of a novel inhibitior for mTORC1. Congratulations to Stefan and Asier from the @MaierLab !
https://t.co/e1PX5HsTas
Congrats to our former PhD student @FMCBenning for receiving an SNF fellowship @snsf_ch, which will take her career to new heights in the Chao Lab @MGH_RI.
60 years after acetyl-CoA carboxylase discovery, 10 years after fatty acid synthase #structure; big step in understanding fatty acid #metabolism: Structure and regulation of human #ACC by #cryoEM
https://t.co/CBhrX5HtjJ