Explore how biofabrication is reshaping medicine through 3D bioprinting, tissue engineering, and regenerative medicine approaches.
How scientists harness light to build sophisticated biomedical polymers that can interact safely with the human body.
Explore how advanced biomaterials are transforming regenerative medicine, from self-healing hydrogels to nanoscale scaffolds that guide tissue regeneration.
Discover how icaritin from horny goat weed combined with 3D-printed PLGA/TCP scaffolds is transforming bone defect repair through dual-action bone regeneration.
Explore how microfluidic fiber spinning combined with 3D bioprinting is creating revolutionary advances in tissue engineering and regenerative medicine.
Comprehensive review of how nanotechnology is revolutionizing regenerative medicine through stem cell guidance, tissue engineering, and targeted drug delivery.
Explore how two- and three-dimensional carbon nanomaterial assemblies are revolutionizing tissue engineering and regenerative medicine.
Explore how mesenchymal stem cells are transforming cartilage tissue engineering and joint regeneration through cutting-edge research and clinical applications.
Exploring the scientific challenges and breakthroughs in skeletal cell-based therapies for muscle and bone regeneration.
Explore the comprehensive workflow of 3D bioprinting technology in regenerative medicine, from medical imaging to functional tissue validation.