TL;DR
It is demonstrated that CS/MWCNT-coated MMBG scaffolds provide an effective combination of mechanical reinforcement and osteogenic potential, offering a promising platform for load-bearing bone tissue engineering applications.
It is suggested that the PCL/CS-g-GO composite scaffolds possess excellent physicochemical, biological, and mechanical properties, making them promising candidates for applications in bone tissue engineering (BTE).
Incorporating nanofibers into 3D-printed scaffolds is an effective strategy to enhance the physicochemical properties and osteogenic bioactivity of bone tissue engineering constructs. In this study, we developed a composite scaffold featuring a dual-nanofiber interpenetrating network composed of silica (SiO2) and poly(...
Despite advances in 3D printing, achieving simultaneous mechanical stability and biological functionality in polymer-based scaffolds remains challenging for bone tissue engineering applications. In this study, 3D-printed scaffolds fabricated from a polycaprolactone/alginate (PCL/Alg) composite reinforced with differe...
In this study, novel 3D bioprinted composite scaffolds were developed using Polyvinyl alcohol (PVA), chitosan (CS), sodium alginate (Alg), and turmeric (Tur) to investigate their potential as advanced bioactive platforms for wound healing and drug delivery. The scaffolds were fabricated via extrusion-based bioprinting,...
Good hemocompatibility, cytocompatibility, bioactivity, and calcium mineralization ability, along with an increased ALP activity after 14 days, supported the osteogenic potential of the scaffold in BTE.
Hydroxyapatite is acknowledged as a valuable biomaterial for bone tissue engineering because of its outstanding biocompatibility and resemblance to natural bone. Nonetheless, attaining an ideal equilibrium between porosity and mechanical strength in porous HA scaffolds continues to be difficult. This research examines...
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