The rapid degradation rate of degradable magnesium alloys limits their application as
orthopaedic implants. To improve the osteogenic activity and corrosion resistance of …

Carbon fiber-reinforced poly (ether ether ketone)(CFRPEEK) composite materials, with good
biocompatibility and human cortical bone-like elastic modulus, are considered as possible …

Angiogenesis plays a central role in human physiology from reproduction and fetal
development to wound healing and tissue repair/regeneration. Clinically relevant therapies …

Reconstruction of large bone defects remains a clinical challenge because current
approaches involving surgery and bone grafting often do not yield satisfactory outcomes. For …

The foundation of regenerative medicine is the investigation and progression of hypotheses
and approaches for substituting, mending, reconstructing, or regenerating different tissues …

Xuan paper is a unique kind of high-quality paper originating in ancient China; it enjoys a
great reputation as “the king of paper that lasts for 1000 years” and was inscribed on the …

Hydroxyapatite (HA) nanoparticles possess a wide range of medical applications because of
their biocompatibility and compositional similarity to bone calcium phosphate mineral. The …

Background: The delivery of growth factors using a carrier system presents a promising and
innovative tool in tissue engineering and dentistry today. Two of the foremost bioactive …

Porous scaffolds represent a potential approach to repair critical-size bone defects.
Vascularization is essential for bone formation and healing. This study establishes a method …

Introduction: Vascularization remains one of the greatest yet unmet challenges in tissue
engineering. When engineered tissues are scaled up to therapeutically relevant dimensions …