In this paper, we show how selective autophagy regulates glial immunity after brain injury in Drosophila through Stat92E dependent transcription.
Congratulations to the whole team for the first publication of this year!
@LSAjournal https://t.co/4kgkdJVl4m
See this link for details of the program: https://t.co/OvOWJu9T91
Examples of recent papers:
🔹https://t.co/hX0Ox2dbTe
🔹https://t.co/CQHT7oHzUH
🔹https://t.co/IhzaxKsNii
In our latest preprint, we show how autophagy regulates Stat92E dependent transcriptional activity after glial injury in Drosophila.
Aron and Virag team up once again! 🙌https://t.co/3okrSKkbs9
Here we show how lysosomal calcium release via TRPML1 activates its degradative function by facilitating the enrichment and recycling of lysosomal SNARE proteins: https://t.co/0Cqcs9UaTG @jbiolchem
Congratulations to Arindam and Hussein!
🇮🇸Registration is now open for the 7th Annual NAS conference. This year, it will be held in the beautiful city of Hveragerði, Iceland 🇮🇸
👉Abstracts: June 30th
👉Registration: August 1st
To register and more info; https://t.co/3kV3FzchCx
🎉We look forward to seeing you there!
Collaborative paper by @JuhaszLab in Autophagy: International consensus guidelines for the definition, detection, and interpretation of #autophagy-dependent ferroptosis
#celldeath#ferritinophagy#lysosome
https://t.co/k3LanUSGJn
Here we show that the phospholipid PtdIns4P is a critical regulator for autophagosomal recruitment of the SNARE protein Syntaxin 17 towards lysosomal fusion: https://t.co/CQHT7oHzUH
Congrats Hajni, Arindam, Asha and team.
Our Drosophila Snz paper makes it to the latest @MBoCjournal cover🎉🎉https://t.co/T48Xrr48ez
Congrats to Tomi, Dalma, Eniko et al.
Paper link👇 https://t.co/qZWpYCZPgr
Here we show that Drosophila Snx25 homolog Snazarus maintains nephrocyte diaphragm by counteracting Rab11 function. Congrats to Tomi, Dalma and team. @MBoCjournal
https://t.co/hWOERJx2gp
Our LC3-associated phagocytosis (LAP) paper in clearance of axon debris is out on @NatureComms
Terrific work by Aron and team.
Read here: https://t.co/hX0Ox2dbTe
Our review about crinophagy, a mechanism for secretory granule degradation is out.
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The role of crinophagy in quality control of the regulated secretory pathway | Journal of Cell Science | The Company of Biologists https://t.co/gPRUUGOen6
Calling all European fly researchers! The 2023 European Drosophila Board elections are open! Closing date is May 19th. The candidate statements and voting link are on the EDS web site: https://t.co/MGMIycRTV9
Make your vote count! Results announced @EDRC2023
Jipa & Juhász @BiologicalRese1 preview work by Wang lab (https://t.co/2CAGFFkjdJ) which shows a surprising antagonism btwn. 2 branches of the unfolded protein response that dictates disease progression in a model of autosomal dominant #RetinitisPigmentosa https://t.co/dpA4bnvlcd
Here we demonstrate that Drosophila Rab26 regulates the early steps of secretory granule maturation by delaying acidification and exocytosis until they reach proper size.
👇🏼
https://t.co/S07kkV6dst