CUI Hongyue

Biophysics PhD Candidate @NUSingapore @MBIsg @RongLabOfficial @Yusuke_Toyama Previously @ipggmicrofluid @IJMonod
Opinions are my own @[email protected]

[Mechanobiology Institute @MBIsg]

Experienced in nano-and micro-fabrication? MBI is recruiting a new Head of our Microfabrication Core Facility. More details in the flyer and at https://t.co/XEcGAd6KIp

[CUI Hongyue @HongyueCUI]

https://t.co/LHLitdiP1U

[Yuping Chen @seedfeeder]

Please join us this Wed/Thu for Dr. Zheng Shi's (Rutgers) talk entitled "Mechanics of condensates in the cytoplasm" in the Physical Properties of the Cytoplasm online seminar series. For more info, visit https://t.co/BtEYKG7og9

[Qin Ni @QinNi09]

New preprint out! We uncover a compensatory network linking cell mechanics, PI3K/Akt signaling, and ion exchanger NHE1. Actomyosin disruption activates PI3K/Akt → NHE1, generating a biphasic response in mechanosensation.
https://t.co/BjdpGXihAf

[Tsuyoshi Hirashima @hirashima0203]

2025年7月6日から12日に、メカノバイオロジー関連の国際シンポジウムがベトナムで行われるそうです。要旨提出の締切は4月30日。登録締切は6月6日。
豪華な招待講演者をご覧ください。会場も素晴らしいです。おすすめです！
https://t.co/4RlE65VxZ3

[CUI Hongyue @HongyueCUI]

@kenneylj My heartfelt condolences. Mike is the greatest guru and pioneer in Mechanobiology. I was very lucky to be a student and a teaching assistant in his class, The Cell as a Machine, and that was a great opportunity to explore the world of mechanobiology.

[CUI Hongyue @HongyueCUI]

Application Website: https://t.co/yS0KImYQOk

[CUI Hongyue @HongyueCUI]

A fantastic PhD project combining high-resolution live imaging and Mechanobiology! @centuri_ls

[CUI Hongyue @HongyueCUI]

XXIst Rencontres du Vietnam
Mechanobiology III Vietnam: From Fundamental Research to Applications

[Andrew Holle @ahcells]

The @ConfinementLab's latest paper is out in @PNASNews! Fantastic work by @LY_Sci to build a tool to rapidly and accurately measure nuclear volume and surface area in #confinement. Thread below: https://t.co/NUXPQkz5p1

[Artem K. Efremov @ArtemEfremov16]

It is nice to see that our model of nucleus volume regulation can fit well the highly nonlinear behavior of nucleus volume as a function of the cell volume observed in experiments, which previous models were unable to predict.

https://t.co/vSel40k5rQ

[Andrew Holle @ahcells]

SG is in SD! In town for #ASCB2024? Interested in #mechanobiology? Join the @MBIsg for the ASCB-MBI joint symposium: 5 PM today (Monday), ballroom 30C. Say hi to your favorite MBI PIs including Rong Li, @ConfinementLab, @nano_jenn , @NatalieADye, @AlpheeMichelot, and Low BC!

[Qin Ni @QinNi09]

New preprint from the Sun lab @SXS_biophysics, and 2 more coming soon! Led by @Jfu32Fu, we show that cells prioritize regulating mass density (mass/volume) by coordinating volume and protein synthesis together, under perturbations like osmotic shock. https://t.co/UHvNmyu1ii

[Sean Sun @SXS_biophysics]

Congrats to Qin and the team on publishing our latest work: https://t.co/2Fy6AfE98Y. The paper shows how NHE works with F-actin and other cell components to drive cell swelling and cell shape change.

[the Node @the_Node]

Lab meeting with the Chan Lab

The lab of @ChiiJChan1, based at the Mechanobiology Institute @NUSingapore, is interested in how mechanics regulates mammalian folliculogenesis and ovarian dynamics.

Meet the lab and find out what it's like working @MBIsg:
https://t.co/B6bmM8kMEI

[DGZ, @DGZ.bsky.social @DGZ_info]

Please join us for the #DGZ Focus Workshop on #MembraneTrafficking & #EVs, next Tuesday, 29.10. at noon, organized by @Fran_Bottanelli & Kerstin Menck, featuring talks by Kerstin Menck, Frederik Verweij, @AgataWitkowska & @JieqiongGao (Postdoc @UngermannLab)⬇️

[HaiYang Wang @HAIYANGWANG6]

Honored that our paper has been selected as the cover story in @NatureAging! 🎉Big thanks to Chun So's lab for their News & Views! #OocyteRejuvenation #ReproductiveAging

[DGZ, @DGZ.bsky.social @DGZ_info]

Its award time again - join us online for the @DGZ_info 2024 award session on October 7th!

[Sean Sun @SXS_biophysics]

Wanna save $$$ while doing cell transfections. Transfection efficiency extremely low? Use this
https://t.co/tcvR2noR3R