Samit Desai

PhD candidate👨‍🔬 @Biozentrum, University of Basel #CellBiology 🧫 🔬#EndosomeMaturation

[Samit Desai @samit2104]

Happy to share our new preprint on endocytic lysosome reformation. Many thanks to Prof. Anne Spang for her guidance and support throughout this work.

[The Spang Lab @Spang_Lab]

Check out our newest findings on how #lysosomes are generated from #endolysosomes. Great work from @samit2104 ! @biozentrum @UniBasel_en #cellbio
Ca2+ and DRP1 drive endocytic lysosome reformation at tripartite contact sites https://t.co/PYGsGXAGhX

[Biozentrum, University of Basel @biozentrum]

Congratulations to Anne Spang @SpangLab for being elected as a new #AAASFellow 2024 by @aaas ! The world’s largest scientific society recognizes her outstanding contributions to the field of cell #biology and #biochemistry. @biozentrum @unibas_en
https://t.co/EFCnqhqEZN

[The Spang Lab @Spang_Lab]

Check out our latest paper! Congrats to Daniel Ott @Samit2104 and Jachen Solinger! well done! Coordination between ESCRT function and Rab conversion during endosome maturation | The EMBO Journal https://t.co/DvVTE7KuMG

[Biozentrum, University of Basel @biozentrum]

Congratulations to Anne Spang @Spang_Lab for receiving the renowned Lelio Orci Award. The award honors her pioneering work in intracellular organization and her research achievements in Cell Biology. @LS2Switzerland @UniBasel_en

https://t.co/cGTUIBNFBN

[Samit Desai @samit2104]

Honored to collaborate with @petrovic_iv on our latest research! We investigated the effect of CCR5 phosphorylation on internalization and arrestin’s interaction with the endocytic machinery. Check out our findings. Hope it inspires new ideas in the field!

[ivanapetrovic @petrovic_iv]

🚨 New preprint alert! 🚨 We analyzed how #receptor phosphorylation modulates #arrestin interactions with the proteins of the endocytic machinery. Big thanks to my amazing co-authors @samit2104 @Spang_Lab and @AbikoLayara @isaikina_p! #NMR #GPCR
https://t.co/kHDa5WwJIr

[claudio bussi @claudiobussi]

Glad to have contributed to this great work led by the one and only Akriti Prashar @SickKidsNews @NicolaJGI, now @Nature! Introducing here VDIMs (vesicles derived from the IMM) as new pathway of intramitochondrial QC #Lysosomes #Mitochondria https://t.co/zkZzZ4DmrO 😍

[Layara Abiko @AbikoLayara]

🥧Fresh from the oven 🥧 #GPCR #BiasedSignaling
We've uncovered the molecular mechanism behind β1AR arrestin-biased signaling using #NMR. Here is a teaser of our main findings: 1/5 https://t.co/UQG7oZqIc2

[The Spang Lab @Spang_Lab]

Have you ever wondered how different processes talk to each other?checkout our newest preprint! Congratulations Daniel Ott! Coordination between ESCRT function and Rab conversion during endosome maturation https://t.co/B4yIFXuoPY

[Samit Desai @samit2104]

@vt_tiwary @DocLarus Congratulations @vt_tiwary

[Samit Desai @samit2104]

@Luis_BonetPonce I soo feel you. But indeed it is a great paper.

[Samit Desai @samit2104]

Telling the story of endolysosome maturation at Biozentrum symposium 2023 #biozentrum

[Biozentrum_phds @biozentrum_phds]

We had an interactive course on ‘Effective Visual Communication of Science’, during which we learned to transmit our scientific ideas and results by applying the best visual communication practices to our research communication. Stay tuned and join the next courses!

[Biozentrum, University of Basel @biozentrum]

The team of @bengeliscious @biozentrum @UniBasel_en together with @goetheuni and @SchullerJm @Uni_MR have revealed how the enzyme HDCR performs high-speed storage of #CO2 in #bacteria. New ideas to store CO2 are needed to address the #climate crisis. https://t.co/AoB4lv6BlD

[Samit Desai @samit2104]

Started new journey as a PhD candidate at the Biozentrum, University of Basel. Excited to start my work in the field on endolysosome machinery. Together with the project and lab, this view is worth coming all the way here😃😃😍😍.