SFB1403

The #SFB1403 aims to understand the mechanisms of regulation and the fundtional role of diverse forms of regulated #celldeath in animals and plants

2023-01-27

RT @mpipz_cologne@twitter.com

📣📣Farewell Symposium for our colleague Jijie Chai @mpipz_cologne@twitter.com 👉Register now! mpipz.mpg.de/farewell-chai #plant #Immunology #Farewell

2023-01-19

RT @langer_lab@twitter.com

📢 We are very excited to share our latest work led by our talented postdoc @DeshwalSoni@twitter.com published now in @NatureCellBio@twitter.com

💡 Mitochondria regulate intracellular coenzyme Q transport and ferroptotic resistance via STARD7

Congratulations!

@MPIAGE@twitter.com @CECAD_@twitter.com @sfb_1403@twitter.com

⬇️ More info twitter.com/DeshwalSoni/status

2023-01-17

RT @Giammy_L@twitter.com

Another amazing seminar as part of the CCDC @sfb_1403@twitter.com , this time by Kevin Ryan (@CRUK_BI@twitter.com) #autophagy #celldeath #inflammation #tumourdevelopment

2023-01-03

RT @rtg_reloc@twitter.com

Become part of our Research Training Group (RTG) reloc on the dynamic regulation of cellular protein localization at the University of Cologne.

Apply now for an open PhD position!
grk2550.uni-koeln.de/apply-now
@UniCologne@twitter.com

2022-12-24

RT @UniCologne@twitter.com

❄️✨Schöne Festtage | Season's Greetings

Universität zu Köln Hauptgebäude und Albertus Magnus Statue im Winter | University of Cologne Main Building and statue of Albertus Magnus in Winter. Foto: Lennart Backs
2022-12-24

RT @gun_doe@twitter.com

Our last one this year is on the regulation of pathogen-induced cell death in maize. Heroic effort by Sina, Georgios, Melissa and @JohanaMisas@twitter.com in collaboration with Pitter Huesgen @sfb_1403@twitter.com
biorxiv.org/content/10.1101/20

2022-12-22

📢SAVE THE DATE 📢07-10.03.2023 #CologneSpringMeeting2023 organized by @CRC_1218@twitter.com
and @sfb_1403@twitter.com
▶️Open for Registration ▶️ colognespringmeeting2023.uni-K @CECAD_@twitter.com @UniCologne@twitter.com @ceplas_1@twitter.com

2022-12-22

RT @CRC_1218@twitter.com

📣 SAVE THE DATE 📣07-10.03.2023 #CologneSpringMeeting2023 organized by @sfb_1403@twitter.com and @CRC_1218@twitter.com ▶️Open for Registration ▶️ colognespringmeeting2023.uni-K @CECAD_@twitter.com

2022-12-05

RT @rtg_reloc@twitter.com

We proudly present our RTG reloc image movie! A big thank you to everyone that contributed! 👏
@3M2Film@twitter.com @UniCologne@twitter.com

youtube.com/watch?v=rN8SfP7_b3

2022-12-02

📢 Paper Alert 📢 Check out the new publication by @BernhardScherm1@twitter.com and his Team in which they report that #PrimaryCilia suppress #Ripk3-mediated #necroptosis. Congratulations to this great work within the #sfb1403 🎉☠️➡️ nature.com/articles/s41420-022

2022-12-02

RT @BernhardScherm1@twitter.com

📣Happy to share our 1st paper on #Cilia and #CellDeath🎉🥳
Thanks to the team & the @sfb_1403@twitter.com & 1000 thanks and congrats to Emilia, who has killed billions of cultured cells along the way 😉
In vivo data will follow soon!
nature.com/articles/s41420-022
@CECAD_@twitter.com @UKKoeln@twitter.com @UniCologne@twitter.com

The schematic drawing shows one cell with a normal primary cilium on top, an antenna-like organelle, and another cell that lost the cilium. Both cells are confronted with signals that typically are promoting cell death. The ciliated cell remains happy, while the non-ciliated cell undergoes necroptosis: it dies and releases its content to the surroundings to promote inflammation. 
(... just a scheme, not an official graphical abstract ;-)
2022-12-02

Congratulations to this great publication 🎉 #celldeath ☠️ #sfb1403

RT @BernhardScherm1@twitter.com

📣Happy to share our 1st paper on #Cilia and #CellDeath🎉🥳
Thanks to the team & the @sfb_1403@twitter.com & 1000 thanks and congrats to Emilia, who has killed billions of cultured cells along the way 😉
In vivo data will follow soon!
nature.com/articles/s41420-022
@CECAD_@twitter.com @UKKoeln@twitter.com @UniCologne@twitter.com

🐦🔗: twitter.com/BernhardScherm1/st

The schematic drawing shows one cell with a normal primary cilium on top, an antenna-like organelle, and another cell that lost the cilium. Both cells are confronted with signals that typically are promoting cell death. The ciliated cell remains happy, while the non-ciliated cell undergoes necroptosis: it dies and releases its content to the surroundings to promote inflammation. 
(... just a scheme, not an official graphical abstract ;-)
2022-12-02

RT @rtg_reloc@twitter.com

Spoiler Alert! Soon you will see the result of this exciting RTG reloc project! 📽️🤩

2022-11-22

RT @rtg_reloc@twitter.com

Apparently these LifeAct-GFP keratinocytes are fans of our RTG! Thank you Skyler from the @Niessenlab@twitter.com for creating this masterpiece using micropattering! 🤩

2022-11-19

RT @UniCologne_D7@twitter.com

📢Due to cancellations at short notice, two places have become available for our online workshop next week. #Postdocs at @UniCologne@twitter.com are still welcome to register!
➡️verwaltung.uni-koeln.de/d7_eve twitter.com/UniCologne_D7/stat

2022-11-15

@cilib thanks for the nice welcome to #ScienceMastodon We are exited to bepart of this network

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