Published: Jan. 1, 2024

Over the last two decades, there has been a substantial surge in demand for medical products rooted biomaterials and tissue engineering. This propelled significant growth biomedical research. Polymer-based composites, constituting particularly intriguing category of biomaterials, have become extensively employed various applications. popularity is attributable to their exceptional physical mechanical characteristics. Bio-polymers, particular, are gaining widespread use owing inherent features, including low density, reduced thermal conductivity, resistance corrosion, ease with which complex shapes can be manufactured. To provide an overview development polymer-based composites terms structure, characteristics, methods manufacture. Bioactive covered this topic, those that ability produce bones, antibacterial, magnetic, electrically conductive, release oxygen. It also explores non-bioactive porogens reinforcing fillers. Furthermore, types reinforcements, such as natural fibers, cellulose, animal bio-polymers, seed shells, bioceramics, bio-chemicals, examined role enhancing properties like tensile strength, compressive flexural creep behavior Young's modulus these composites. The narrative extends discussion scaffold structures created through particle leaching, 3D additive manufacturing electrospinning. Each section highlights recent advancements utilization

Language: Английский