Jinyuan Vero Li

PhD candidate｜Mechanosensory transduction enthusiast 🔬｜She/Her

[Victor Chang Cardiac Research Institute @VictorChangInst]

#PaulKornerSeminar speaker Vero Jinyuan Li @SpriteWoodland
"Force sensing feedback loops mediated by Piezos/integrin-mediated focal adhesion/actomyosin cytoskeleton"
#Piezos #ForceSensing #CardioTwitter

[Victor Chang Cardiac Research Institute @VictorChangInst]

#PaulKornerSeminar speaker Vero Jinyuan Li @SpriteWoodland shares with us 'Fibroblast dynamics in cardiac fibrogenesis'

#Piezos #CardiacFibroblast #CardiacFibrosis #CardioTwitter

[Osvaldo Contreras @osvaldoics]

Beautiful Western blots with @SpriteWoodland ✊🏽😁 Running samples of my favourite tissue 👀

[Jinyuan Vero Li @SpriteWoodland]

So much appreciate my kind co-workers, and caring bosses BM and CC. Together we love science love life👌🏻🌟

[Charles Cox @Charles_D_Cox]

Our work on Piezo1 N-glycosylation is now online at @CommsBio Some interesting questions remain about the role of N-glycans in Piezo1 shear stress sensing and how cell-type specific N-glycosylation patterns may influence channel function https://t.co/3DOaBUdURN

[Yury Nikolaev @Yury_A_Nikolaev]

Our manuscript is now published in Science Advances! https://t.co/knCzmgok5c

We found that:
1) Lamellar cells in Pacinian and Meissner corpuscles are both mechanosensitive
2) Lamellar cells in Meissner corpuscles are excitable

Thank you @SlavBagria for support and supervision

[glycopreprint @glycopreprint]

Modified N-linked glycosylation status predicts trafficking defective human Piezo1 channel mutations https://t.co/FOeBpGrPvj #glycotime

[Jinyuan Vero Li @SpriteWoodland]

@Charles_D_Cox @biorxivpreprint Happy to share my first pre-print #PiezoRocks. Thanks to all authors for all the help! Looking forward to see what people think...

[Charles Cox @Charles_D_Cox]

Our latest pre-print looking at N-linked glycosylation in Piezo1 channels - hot off the @biorxivpreprint press! https://t.co/6P2bglt3Ux