Xiu Liu

Investigating Cardiovascular Disease. Associate Professor. Photography Enthusiast.

[Xiu Liu @XiuLiu266]

I am excited to share our new publication in Acta Pharmaceutica Sinca B!

[Acta Pharmaceutica Sinica B @ActaPharmSinB]

Article✍️#Cytoplasmic and #nuclear #NFATc3 cooperatively contributes to #vascular #smooth #muscle cell dysfunction and drives #aortic #aneurysm and #dissection. From Dr. Zheng @SouthernMedicalUniversity;
https://t.co/3axnlnZKdv.

[Xiu Liu @XiuLiu266]

@BishuangC @Cell_Metabolism @xiaobowang @oren_rom @Art_Yurdagul @SammiShuang @xhuang1983 Congrats!

[Xiu Liu @XiuLiu266]

@coenvansolingen @ycyr06 @NYULHCVRC @LSAjournal Congratulations!

[Xiu Liu @XiuLiu266]

Had an incredible time at #VascularDiscovery24! It was an honor to present our research on PDK4 in abdominal aortic aneurysm. Grateful for the chance to connect and witness such outstanding research. Thank you！@ATVBCouncil

[Kathleen Martin @KathyMartinYale]

Great turnout and outstanding science!
Thanks so much to everyone for attending and sharing your exciting work!
Looking forward to next year already!!

[Journal of Molecular and Cellular Cardiology @JMCCardiology]

Research from our January issue suggests that KLF15 is a potential therapeutic target for #atherosclerosis: https://t.co/g5LJtC8LbG

@ELS_Cardiology

[Xiu Liu @XiuLiu266]

@coenvansolingen @PNASNews @KathrynMooreLab @NYULHCVRC Congrats!👍👍🎉🎉

[Xiu Liu @XiuLiu266]

@ehj_ed @escardio Congratulations！🎉🎊

[Xiu Liu @XiuLiu266]

@KathrynMooreLab @coenvansolingen @AHA_Research @NYUCVRC Congratulations！

[Kathryn Moore Lab @KathrynMooreLab]

Congratulations to @coenvansolingen on presenting his work at #VascularDiscovery22. Such a great meeting! @AHA_Research @NYUCVRC #lncRNA

[Xiu Liu @XiuLiu266]

Thank you to the @KathrynMooreLab for the commentary on our work.#EHJ #cardiotwitter @escardio @ESC_Journals.
Two birds, one stone: NFATc3 controls dual actions of miR-204 in foam cell formation https://t.co/uuXt9lQy1w

[Xiu Liu @XiuLiu266]

Two birds, one stone: NFATc3 controls dual actions of miR-204 in foam cell formation https://t.co/wkpY1oeuNG
#EHJ #cardiotwitter @escardio
@ESC_Journals