Tag: tissue engineering

Researchers developed titanium-spongin composites by metallizing marine sponge scaffolds, showing enhanced osteoblast activity and cytocompatibility for tissue engineering.

A new hydrogel-nanocapsule system enhances cartilage regeneration by enabling controlled release of growth factors in osteoarthritis models.

A perspective outlines how catalysis-driven polymerization bypasses sequence-control challenges to create functional polypeptide hybrid materials.

A new review in Materials Today Bio explores how gene-activated matrices use nanomedicine to sustain bone repair by integrating scaffold ...

While the clinical use of biomaterials in eye care traces back to early intraocular implants in cataract surgery, the broader ...

A 2025 review in Aquaculture Science and Management details the evolution of fish muscle cell lines, highlighting their role in ...

A new review argues that 3D-printed bone scaffolds still lack the functional, perfusable vascular networks needed for clinical translation.

A systematic review examines artificial intelligence strategies, validation gaps, and translational barriers in smart hydrogel four-dimensional printing.

Researchers developed SenescenceBioKG, a knowledge graph extracting biomaterial design and regeneration patterns across 283 full-text studies, highlighting responsive mechanisms alongside ...

A systematic review demonstrates that marine, agricultural, and food processing wastes can be transformed into biocompatible scaffolds for tissue engineering ...