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- 3D tissue-engineered cancer models in vitro
- Advanced medical imaging for tissue engineering applications
- Bioengineering in ophthalmology
- Biofabrication in space
- Biomaterial approaches serving sustainable tissue engineering
- Biomaterial-based delivery strategies in orthopaedics
- Biomaterials and cells for intervertebral disc regeneration
- Biomaterials driven regeneration: novel strategies for endogenous regeneration
- Facilitating new developments of tissue engineering and regenerative medicine strategies by using artificial intelligence
- Frontiers in biofabrication
- Fundamentals of and clinical perspectives on biophysical stimulation
- Gene therapy approaches in tissue regeneration
- How to bring your biomedical application into a patient?
- Human bone marrow tissue modeling and engineering
- Image and spectroscopic modalities tracking scaffolds’ degradation and cellular response
- Integrative multiscale modelling approaches to tissue engineering
- Mechanotherapies: How mechanobiology can inform approaches for regenerative medicine
- New frontiers in advanced approaches for cardiac regenerative medicine
- Non-conventional 3D fabrication of cellularised biomimetic structures
- Organoids and multicellular aggregates in biofabrication
- Regenerative medicine in surgery
- Respiratory tissue engineering and regeneration
- Skin in a Dish: from development to translational research
- Smart-materials for tissue regeneration
- Spatial organization of the process of wound healing
- Stimuli-responsive materials for tissue regeneration
- Structural hydrogels for tissue engineering
- Sustainable biomaterials in bone tissue engineering
- TE & RM approaches in extracellular matrix ageing
- The macrophage as a target in biomaterial-based tissue regeneration strategies.
- Using external fields for tissue engineering
- Vascularization for tissue engineering and regenerative medicine
- Veterinary regenerative medicine
- Wanted: Dead or Alive? Quantitative microscopy of single-cell, spheroid and organoid tissues
- Where tissue engineering and regenerative medicine meet light