Proud to share our latest in @iScience_CP: even mild, “life-like” #SleepRestriction in women impacts #NeuralStemCells via ER stress & misfolding pathways. Translation: Sleep less, stem less. Grateful to mentors @jianlongnc, Sanja Jelic & entire team.
https://t.co/Fyxio9AheW
Stem cells use phase separation to organize their activities, just like we compartmentalize life. Our study in @NatureComms shows how DDX18, a nucleolus-specific RNA helicase, preserves stemness and drives differentiation. Congrats team @jianlongnc
https://t.co/5rhM51nM0q
🎉In our new study we identified ZFP281 role in coordinating DNMT3A/3B & TET1 in establishing DNA methylation and gene expression programs during pluripotent state transitions . Thanks Xin Huang, @jianlongnc and the team
@CellPressNews#developmentalcell
https://t.co/SSnIBDpMWN
Merry SOXmas!!! 🧦 I’m really proud to be part of the study!! Cheers to entire team especially @velychko_s@seemaccarthy …thank you for the Christmas present 🎁
Thank you @CellStemCell. Our research not only expands pluripotency (🐁🐖 🐄🐒 to 👴🏼👵🏼) understanding but could revolutionize the stem cell industry. Imagine the impact on regenerative medicine and the stem cell meat industry! 🍔🧫
#supersox
Academia is at a pivotal moment, recognizing & appreciating invaluable contributions of its research force. Big thanks to the dedicated @CPWUAW bargaining team for pushing the needle. Though there's still room for improvement!!
https://t.co/3aVA0JYP6v
Exciting news! 📚 Our paper on Sleep Restriction in Women is out! 😴 Sleep is vital for women's health. Don't take it for granted. 😌 More research coming soon! 📝 #SleepMatters#WomenHealth#Research
https://t.co/GkPPuPaMp9