Mechanobiology & Regenerative Medicine
Mechanical regulation of bone, nerve and other tissue repair processes.
MechanobiologyResearch Areas
Research
We investigate how mechanics regulates living systems and translate fundamental mechanisms into biomaterials, flexible devices and medical applications.
Research Framework
Our Research Framework
Injured Tissue / Tumor Microenvironment
Research subjects: injured tissues and tumors
- Mechanical microenvironment
- Hypoxic microenvironment
- Inflammatory microenvironment
Fundamental Research
Animal, cellular and molecular levels
- Matrix mechanics in stem cell regulation
- Tumor cell responses to matrix mechanics
- Synergistic effects of other factors and matrix mechanics
Applied Research
Tissue repair and tumor diagnosis and treatment
- External physical stimulationMagnetic, electrical and optical stimulation
- Functional tissue / tumor-engineering scaffolds
- Targets for tumor diagnosis and treatment
Original research diagram (Chinese)
Research Areas
Research
We connect fundamental mechanobiology with materials, devices and biomedical applications.
Flexible Wearable Devices
Flexible sensors and wearable biomedical devices for monitoring and interaction.
WearablesTissue Engineering & Biomaterials
Functional biomaterials for diagnosis, therapy and tissue reconstruction.
BiomaterialsTumor Biology
Mechanics and microenvironmental cues in tumor migration and metastasis.
Tumor BiologyNanomedicine
Intelligent drug delivery systems and multimodal tumor therapy.
NanomedicineLiquid Metal Medicine
Liquid-metal-based materials for repair, devices and therapeutic applications.
Liquid Metal