Biofabrication teams consider material properties and identify promising blends to support tissue repair
Read article: Materials optimization: formulating bioinks for 3D printed constructs
Biomaterials expert Wojciech Święszkowski discusses progress in tissue engineering and considers future challenges
Read article: 3D bioprinting smoothes path towards cartilage repair
Progress in tissue engineering enables fabrication of complex structures that mimic the neurovascular unit to study its function and dysfunction
Read article: 3D bioprinted models shed light on neurodegenerative diseases
Experts propose a clearer picture of the field by connecting different branches and highlighting key areas of activity
Read article: How do you define biofabrication today?
Incorporating carbon nanotubes into 3D printed nerve scaffolds increased stem cell proliferation and differentiation
Read article: Carbon nanotubes enhance tissue scaffolds for nerve repair
The physical properties of the extracellular environment drastically affect neural stem cell differentiation
Read article: Physical cues are crucial to neuronal differentiation
The AlgTube 3D culture system allows stem cells to grow within a physiologically relevant environment
Read article: 3D culture system enables stem cell expansion
Cherenkov light generated by clinical photon beams can activate light-sensitive drugs and enhance the efficacy of radiation treatments
Read article: Cherenkov photo-activation enhances radiotherapy
Implanting decellularized cartilage loaded with stem cells improved the regeneration of injured cartilage in pigs
Read article: Decellularized and recellularized grafts repair injured cartilage
"Tumouroid" platforms advance liver cancer research and treatment
Read article: Liver cancer organoids could enhance drug development
