Jonathan Sai-Hong Chui

FWO-SB PhD fellow in the @lab_lluis at @KU_Leuven & @scil_leuven • Interested in stem cell biology and cell signaling in human liver

[Jonathan Sai-Hong Chui @JChui_]

📢Very excited to share my doctoral work together with @T_Izuel that just got out in Advanced Science!

[LluisLab 🏳️‍🌈 @lab_lluis]

📢Our article about how osmolar conditions in cell media might improve human pluripotent cells differentiation and induce cell cycle arrest is finally out 😀 in Advanced Science. Excellent job @T_Izuel and @JChui_. Thanks to all the co-authors.
https://t.co/yctaQOFTxJ

[Jonathan Sai-Hong Chui @JChui_]

Excited to share our latest findings on how osmolar conditions enhance iPSC differentiation as a preprint on bioRxiv 🧫🔬

[LluisLab 🏳️‍🌈 @lab_lluis]

📢Pleased to share our new work showing how growth arrest and differentiation of human pluripotent stem cells can be regulated by modulating osmolar culture conditions. Work from @JChui_ and @T_Izuel 👩‍🔬
https://t.co/6TGNcLhoWm

[Jonathan Sai-Hong Chui @JChui_]

Check out the latest pre-print of the @lab_lluis ! Very proud of my team

[LluisLab 🏳️‍🌈 @lab_lluis]

Very excited to share with you our pre-print linking Wnt deregulation with carboplatin resistance in Breast Cancer! @willyaaoliveira @DevReg_KULeuven @scil_leuven #Wntpathway
https://t.co/9vX2PsAbKo

[Jeroen Bogie @BogieJeroen]

Check out our latest review on fatty acid metabolism in the progression and resolution of CNS disorders (https://t.co/9Vctqs920f). @BIOMED_UHasselt @FWOVlaanderen @ADDReditors @JeromeHendriks @MannyHaidar

[LluisLab 🏳️‍🌈 @lab_lluis]

Our recent work published on @cddpress about the molecular mechanism behind autologous micrograft treatment in skin regeneration by #rigenerahbw. Supported by @NATO #woundhealing #Science

[LluisLab 🏳️‍🌈 @lab_lluis]

Looking forward to hearing An Zwijsen's seminar on Monday 27th of January #science #scilleuven #development

[LluisLab 🏳️‍🌈 @lab_lluis]

Check out our manuscript just published on
@Hindawi by @BalliMartina and @JChui_. Our work provides insights into the molecular mechanisms behind the cell-free micrograft treatment, which might contribute to future advances in skin wound repair therapies https://t.co/knPsIgerUx