Chun-Yan Lim

Group Leader at the Guangzhou Laboratory 🇨🇳｜inter-organelle communication | from 🇸🇬 🇲🇾

[Chun-Yan Lim @limcy1_cellbio]

@NatureCellBio @melina_casadio Thank you so much for having me in this wonderful interview!🙏 And I take this opportunity to thank my mentors for their unwavering support! #payitforward 🇲🇾🇸🇬🇨🇳

Now to myself:
my lab only exists after the release of 1st xxxx😂
#igotthis #herebedragons

[Chun-Yan Lim @limcy1_cellbio]

@HijaiShin @CRI_UTSW @JaviGBermudez Congratulations!🎉🎉🎉

[Chun-Yan Lim @limcy1_cellbio]

@Subhrasparadigm Beautiful work! Congratulations Subhra! 🙌😊

[Chun-Yan Lim @limcy1_cellbio]

@HijaiShin @CRI_UTSW @SJMorrison_ @RobertoZoncu Congratulations Regina 🥳

[Chun-Yan Lim @limcy1_cellbio]

@RobertoZoncu @aakritijain24 @rushika_perera @OlzmannLab Congratulations Roberto and Aakriti! Great work🥳

[Rosalie Lawrence @ScienceyRosalie]

The Lawrence Lab website (https://t.co/odGqGTCsvy) is live and we are hiring!

We combine high resolution structure🔬 and cell biology🧫🧪 approaches to define mechanisms of stress response signaling in health and disease.

Live postings at technician and postdoc levels: PLZ RT!

[Roberto Zoncu @RobertoZoncu]

Beautiful work by @Chen3dem and @TheHurleyLab and collaborators provides a compelling structural explanation for why mTORC1 must stay bound to the lysosomal membrane to be catalytically active.

[Roberto Zoncu @RobertoZoncu]

https://t.co/IDvXmDLgsF Our new preprint by Ashley Segura @ash_segura5 and Rose Citron dissects a deep connection between autophagy and PKA in neuronal signaling, with implications for neurological disease. Great collaboration with @ManciasLab!

[Chun-Yan Lim @limcy1_cellbio]

@ScienceyRosalie @BC_UCLA Congratulations! Rosalie🎉🎉🥳

[Chun-Yan Lim @limcy1_cellbio]

@JeeyunC @klingensteinorg @SimonsFdn Big congrats 🥳🥳🥳

[Chun-Yan Lim @limcy1_cellbio]

@JeeyunC @synapsepark @ChanZuckerberg Awesome news! Congratulations 🥳👏

[Chun-Yan Lim @limcy1_cellbio]

@Subhrasparadigm Congratulations!! Subhra🥳🎉

[Chun-Yan Lim @limcy1_cellbio]

@KrishnanYamuna Very interesting! Congratulations 🥳

[Chun-Yan Lim @limcy1_cellbio]

@HoyShen @ysaheki @MolecularCell Congratulations! 🥳🙌

[Chun-Yan Lim @limcy1_cellbio]

@HijaiShin Congrats on your move to Texas😀 Looking forward to great work from Shin lab😉 For sure we'll cross paths🙏

[Chun-Yan Lim @limcy1_cellbio]

#cellbio2023 thrilled to present a poster [P2787 B334] of one of the unpublished works by two phenomenal students from my lab, Zeming and Lulu, today 1:45 pm. We found a non-canonical lysosome-based pathway for induction of #interferon, a new lysosomal-nuclear communication.

[Muir Lab @Muir_Lab]

#cellbio2023 Interested in how the microenvironment reprograms cells? @GraceCroley will talk today at 3:45 in Emerging Frontiers in Tumor Microenvironment Research about her latest genetic screens to figure out how the TME reprograms pancreatic cancers to cause chemoresistance.

[Muir Lab @Muir_Lab]

#cellbio2023 Excited about how cells use signaling pathways and metabolism to respond to extracellular stimuli? Check out the "Integration of signaling and metabolism in cell physiology" session tonight at 5:20 in 210B. Hosted by @limcy1_cellbio and me! Very exciting findings!

[Rosalie Lawrence @ScienceyRosalie]

Are you at #Cellbio2023? Let's hang out! I'll be speaking in the Cryo-EM and Cryo-ET in the Discovery of Cellular Mechanisms session about the eIF2B Switch-Helix on Monday at 5:30, and have a poster (P2953) on Tuesday at 1:45!
https://t.co/xza1Z6rj8Q

[Chun-Yan Lim @limcy1_cellbio]

Dear #cellbio2023 folks, welcome to join us in the upcoming Minisymposia section: Integration of signaling and metabolism in cell physiology (Room 210B, Sunday, Dec 3 5:20 PM) to hear from a great lineup of speakers with Alexander Muir and myself as co-chairs😊🙌