We are thrilled to share our latest research on CD95/Fas necrosome stoichiometry and AlphaFold modeling of this complex! See our latest publication in EMBO J by Nikita Ivanisenko, Corinna König, Laura Hillert-Richter and all the fantastic collaborators: https://t.co/r65hYIwwoP
A great line-up of speakers from diverse career level
- K. Wickliffe, @genentech (USA)
- R. Lambrecht, @UniKonstanz (DE) & @WeizmannScience (IS) -
- Si-Ming Man, @JCSMR Australian National University (AUS)
- C. König, @OVGUpresse (DE)
What an honour to be receiving this year’s ECDO awards 🏆🏆 along with @bstockwell ! For a biologist 🐁, there is nothing more to wish for than to continue trailblazing this field with my comrade and excellent chemist 🧪 Brent!
@Brenner_Lab@ECDOorg@lcsb_uni_lu Fantastic venue with highly professional organisers and fantastic science! Thank you so much for running the anniversary 30th ECDO conference at the highest possible level!
Honored to have had the chance to organize the 30th Anniversary @ECDOorg Meeting together with Michael Heneka in Luxembourg @lcsb_uni_lu! Amazing community, inspiring science! It was fantastic to catch up with the field! Big thanks to all speakers & everyone who contributed!
Last chance to present your data at ECDO2024 in Luxembourg! The very last deadline for the poster abstract submission on August 31st is approaching. Do not miss it!
ECDO 2024 in Luxembourg is close to overbooking!
Following multiple requests the abstract submission deadline for poster presentations has been extended to August 31st.
Register now and don't miss your chance to join us - overbooking is highly likely.
We are thrilled that the story has been published! Huge thanks to a fantastic team of co-authors and of course special thanks to the first authors: Corinna, Nikita and Laura! Amazing work at the 'fascinating interface of chemical biology and apoptosis'!🤗👏🙏
Online now! The @Lavrik_Lab at @OVGUpresse develop a cell-penetrating peptide that inhibits the type I interface of pro-Caspase-8 DED, offering a strategy to target DED-proteins associated with cell death and inflammation. https://t.co/i7yAybYrKa #chembiol
We are thrilled to have our study online! If you want to know what happens in the DED filament when we add a 'little helix' to it - read our manuscript! Fantastic team effort! Thanks to all the collaborators - you are amazing!
Online now! The @Lavrik_Lab at @OVGUpresse develop a cell-penetrating peptide that inhibits the type I interface of pro-Caspase-8 DED, offering a strategy to target DED-proteins associated with cell death and inflammation. https://t.co/i7yAybYrKa #chembiol
ECDO 2024 in Luxembourg is close to overbooking!
Following multiple requests the abstract submission deadline for poster presentations has been extended to August 31st.
Register now and don't miss your chance to join us - overbooking is highly likely.
The abstract submission deadline for ECDO 2024 in Luxembourg has been extended to 07/07! Do not miss your chance to attend one of the most important leading events in the field of cell death! Go to https://t.co/xaQpEwG4km
We are pleased to announce the ECDO2024 Honorary Award to Prof. Marcus Conrad for his pioneering work in the field of ferroptosis. Do not miss his lecture at ECDO2024 in Luxembourg, where ferroptosis and its future therapeutic applications will be one of the major hot topics!
The abstract submission deadline for ECDO 2024 in Luxembourg has been extended to 07/07! Do not miss your chance to attend one of the most important leading events in the field of cell death! Go to https://t.co/xaQpEwG4km
The abstract submission deadline for ECDO 2024 in Luxembourg has been extended to 07/07! Do not miss your chance to attend one of the most important leading events in the field of cell death! Go to https://t.co/xaQpEwG4km
The abstract submission deadline for ECDO 2024 in Luxembourg has been extended to 07/07! Do not miss your chance to attend one of the most important leading events in the field of cell death! Go to https://t.co/xaQpEwG4km
We are delighted to identify two highly conservative arginine residues in caspase-8 that may undergo symmetric methylation. Find more details in our recent manuscript by Wohlfromm, Ivanisenko et al: doi: 10.1038/s41388-024-03049-6