Zheng Liu

Principal investigator@Wuhan University, China. |Previously @salaitalab @ Emory University, US.| We are working on cell mechanics, Single-Molecule biophysics.

[Zheng Liu @ZhengLiuLab]

@RuoboZhou Congratulations!

[Ryota IINO 飯野亮太 @ryotaiino]

Nature CommunicationsのArticle number、2025年12月22日時点の最新番号は11145。2025年1月16日に出た我々の論文は729なので、年間1万報以上出版されているのですね。APCがざっくり1報100万円なので売り上げ100億円ですね。
https://t.co/H5ONdeq26P
https://t.co/uHtJtIOkBQ
https://t.co/FBZeI8rytA

[Waggoner Lab @LabWaggoner]

Macrophages can engulf targets whole (phagocytosis) or nibble them in small fragments (trogocytosis), a decision controlled by cortical tension in the targets (high tension favors former, low latter)
https://t.co/bWqUvSxpRs
https://t.co/eBZHkmmHb6
@NatureCellBio @UCBerkeley

[Zheng Liu @ZhengLiuLab]

Excited to share our new Nature Protocols paper!

[Nature Protocols @NatureProtocols]

New Article! Measuring cellular force using DNA-based tension probes: from ensemble to single-molecule studies https://t.co/3c6szy4x8F

[Zheng Liu @ZhengLiuLab]

Fibroblasts aren’t always slow — by tuning integrin ligand spacing and force-limited bond lifetime, we boost their migration up to 12×. A new 2D framework for adhesion-regulated motility.
| PNAS https://t.co/gqucGZq94G

[Yongdeng Zhang @YongdengZhang]

Happy to share our latest work, 4Pi-SIMFLUX, which combines structured illumination with interferometric detection to achieve near-isotropic 3D localization precision of 2–3 nm and resolve sub-10 nm structural features in cells. https://t.co/OlSHOstvww
https://t.co/LLduUw3ohG

[Jie Yan @JieYan_NUS]

📄 Read the full preprint on bioRxiv:
👉https://t.co/H3fWpwnZm0

[Tim Springer Lab @TimSpringerLab]

📣 The Springer Lab is hiring!

Advance groundbreaking research at the intersection of integrin signaling, organoid development, and cell surface receptor mechanobiology.

https://t.co/y8G4xKeLuI

#postdocjobs, #academictwitter, #ECRchat, #phdchat

[Zheng Liu @ZhengLiuLab]

@XiaoboMao @ScienceMagazine Congratulations

[Jie Yan @JieYan_NUS]

🌟 Excited to announce the East Asia Single-Molecule Biophysics Symposium 2025 (EASMB 2025)!
📍 Singapore
🌐 Info & details: https://t.co/GgN0RdPeUc
📌 Abstract deadline: Sept 12, 2025
✉️ Register: [email protected]

[Zhixing Chen @ZhixingChen2]

Check it out at PNAS today. Thank you Alexandre for the collaboration!!

PK Mem probes offer long time-lapse imaging of cell membrane dynamics. Made possible by @JingLing369, Yitong Liu, and all the collaborators!

Available @spirochrome

[Jie Yan @JieYan_NUS]

Just shared a review on mechanosensing protein linkages — their roles in force transmission and potential as therapeutic targets.
🔗 https://t.co/JR9Yk9XBhz
#Mechanobiology #ProteinEngineering #DrugDiscovery @MBIsg

[Zheng Liu @ZhengLiuLab]

@nano_jenn @NatureMaterials @NUSBME @AveryRuiSun @rsyf2 @HildaU_ @shen_xingyu @MFarisHazwan @Lo28321839 @MBIsg Congratulations!

[Jennifer Young @nano_jenn]

It’s finally out!!🥳

Check out our paper in @NatureMaterials on a new hybrid scaffold where we discover ECM-specific cues that regulate cardiac aging
🔗 https://t.co/Vgf1ZEersw

This is the lab’s 1st research paper, led by my 1st @NUSBME PhD student @AveryRuiSun🤩

Tweetorial👇

[Isaac Li @IsaacLiLab]

We just published a review on recent progress in integrin force loading rate measurement using various molecular tension probes. Learn more about how this has advanced the field and what potential improvement lies ahead here: https://t.co/HLIKLwxf7B
#mechanobiology

[Liangyi Chen @Orangeroad2017]

Our extensive review on "Computational Super-Resolution: An Odyssey in Harnessing Priors to Enhance Optical Microscopy Resolution" is online at https://t.co/aaCtesITHp Wenfeng put a lot of heart and soul into it. So I believe that it is worth reading😀

[Li Tang @Tang_Lab_EPFL]

We make it to the cover @NatureBiotech! the IL-10-CAR-T cells eradicate solid tumors! https://t.co/hpFUqyuRGD The IL-10-CD19-CAR-T cells have shown promising clinical results in several investigator initiated trials too. Stay tuned! #SOHC @myESMO @ASH_hematology

[Zheng Liu @ZhengLiuLab]

@ryotaiino Fantastic talk!

[Zheng Liu @ZhengLiuLab]

@IsaacLiLab Nice work, Congratulations!

[Li Tang @Tang_Lab_EPFL]

Thrilled to share our back-to-back two Nature @Nature papers on the unexpected role of type 2 immunity against cancer. We found that interleukin 4 (Fc–IL-4), a type 2 cytokine, reinvigorates exhausted T cells to potentiate anticancer immunotherapy w/ @YugangGUO2 @RongFan8(1/11)