Matthias Muhar
@matthias_muhar
ID: 846096504846733312
26-03-2017 20:28:21
59 Tweet
169 Followers
99 Following
Bode Group adventures in autophagy: We report the presence of an unknown LIR motif in human ATG3 discovered using a combination of new activity-based probes, computational modeling and x-ray crystallography. The LIR motif is crucial for LC3-lipidation. biorxiv.org/content/10.110…
Announcement #2. The Querques lab will open soon at Max Perutz Labs Vienna and we have 2 #PhD positions available to study the mechanisms and applications of mobile DNA using #CryoEM and #Biotechnology. If you are interested, reach out to us and apply via Vienna BioCenter Scientific Training! RT appreciated.
The Austrian Academy of Sciences is hiring a Scientific Director for IMBA. Please RT. ➡️ Deadline for Applications: October 31, 2022 ➡️ APPLY: bit.ly/3RANMfA Vienna BioCenter Austrian Academy of Sciences #director #jobs #research #hiring
If you agree that ERC should remove their academic age limits on ERC grants - please Sign this Petition! Please also RT: #EDI #science #EuropeanScience #ERCgrant chng.it/zvm4fDmFdj via Change.org UK
Very happy to share work from my PhD in the Bode Group. We report the presence of an unknown LIR motif in human ATG3 discovered using a combination of new activity-based probes, modeling and x-ray crystallography. tinyurl.com/mrxtmsv6 ACS Central Science
July 6th, 12pm EST Bernat Crosas Bernat Crosas (IBMB) 26S proteasome PROTACs. Matthias Muhar (ETH Zürich) C-terminal chemical degron.
Cells degrade unfolded proteins. But do they also check for chemical damage? We found that a C-terminal amide is completely sufficient for degradation by an SCF/FBXO31 ligase complex! With Bode Group Matthias Muhar Jakob Farnung. biorxiv.org/content/10.110… 🧵
Every peptide chemist will tell you that C-terminal amides are more stable than C-terminal acids. It turns out that is completely wrong for intracellular proteins! A fantastic collaboration with Jacob Corn, Matthias Muhar, Jakob Farnung
Woohoo! Really excited to present our discovery that stress response silencing is an active and regulated process that is tightly linked to neurodegenerative disease! nature UC Berkeley MCB UC Berkeley #MolecularTherapeutics nature.com/articles/s4158…
Congratulations to Madalena Madeira Reimão Pinto Madalena Pinto and Sandhya Manohar Sandhya Manohar with the 1st and 2nd prizes at PIOT Final! Sponsors: Cells MDPI, Medical Sciences, Nikon, New England Biolabs, Biochemical Society Transactions Portland Press #BiochemSocTrans