After three years at Vienna I can finally report our findings linking cell wall damage and vacuolar protection through ATG8ylation!!
Thanks a lot to all the people involved in making this a reality! What an amazing ride it has been so far.
Very excited to see our review on metacaspases finally out in Cell Death & Differentiation! Grateful for the opportunity to summarise the current state of the field, thanks to everyone involved 🌱🤓
New paper alert! The Dagdas group (@PlantoPhagy) discovered that the molecule ATG8 protects the vacuole when the cell wall is damaged. This mechanism ensures that the highly pressured vacuole, essential to the plant cell, remains intact. Read more: https://t.co/RWG60blXbs
As the time comes to bid farewell to the @viennabiocenter our lab is organising The Last Supper Social Hour this friday. Come along if you are around...
Autophagy Unveiled: The Dagdas Group is shining a light on cellular recycling. Thx @gmivienna & @PhilDexheimer for this nice summary and illustration https://t.co/40yNvJYXs5
Glad to see it online. What a journey with all the tears and joy🥹We will continue on the road of defence & developement Signalling specificity in #galls 💪🌿🦟
Beyond excited to see this amazing story out!! Immensely privileged to have worked with so many wonderful colleagues along this journey that started during Covid times, and grateful to our collaborators who helped elevating our findings. Want to learn more? Follow the thread🧵:
Very happy to share our preprint, the result of a joint effort! We discovered a novel Selective Autophagy Receptor involved in proteostasis maintenance 👇
How can protein complexes diversify without compromising their function? In our new pre-print, we explore this question using the plant #exocyst 🧵
https://t.co/WrRCZR9HsJ
🆕 & 🆒#Preprint led by @delaconcepcionj adressing a key #evocellbio question: How can individual subunits of multimeric protein complexes functionally diversify without compromising the ancestral complex? (Using plant #Exo70 & #exocyst as template) )https://t.co/j9d2NJkWRl 🧵