Recently, cases of bone defects have been increasing incrementally. Thus, repair or
replacement of bone defects is gradually becoming a huge problem for orthopaedic …

The simultaneous achievement of admirable mechanical compatibility and osteoinduction in
metallic implants can avoid stress shielding and facilitate osseointegration and …

The repair and reconstruction of bone defects remain a challenge in orthopedics. The
present study offers a solution to this problem by developing a vascular endothelial growth …

Porous tantalum (Ta) scaffold is a novel implant material widely used in orthopedics
including joint surgery, spinal surgery, bone tumor surgery, and trauma surgery. However …

Ti6Al4V scaffolds have high strength and corrosion resistance. 3D printing technology can
optimize the pore structure of Ti6Al4V scaffolds, promoting bone tissue growth into the …

The aim of this study was to explore an innovative method to improve the osteogenic ability
of porous titanium. We used gelatin (Gel) and nano-hydroxyapatite (nHA) to construct micro …

Metals such as Ta (tantalum) and Ti (titanium) have been popularly used as a bone
substitute or implants in orthopedic surgery and dentistry, since they have excellent …

This report aimed to evaluate the mechanical behavior, bioactivity, and cytotoxicity of novel
chitosan/akermanite-TiO 2 (CS/AK/Ti) composite scaffolds fabricated using the 3D-printing …

Ti6Al4V is extensively utilized as orthopedic implants owing to its outstanding
biocompatibility and mechanical qualities. However, because Ti6Al4V has a high strength, it …

The modification of 3D printed porous titanium (Ti), especially for the internal pore structure,
is critical and has received more attention to promoting its osteogenesis for clinical use. Ultra …