Research Articles
Bone Substitutes in Orthopaedic Surgery: From Basic Science to Clinical Practice
Explore the evolution of bone substitutes in orthopaedic surgery, from basic science to clinical applications, including modern materials and future technologies.
The Hidden World of Bone Mimics: How Magnetic Resonance Unlocks the Secrets of Biomaterials
Explore how magnetic resonance technologies reveal the molecular secrets of polyvinylpyrrolidone-hydroxyapatite composites for revolutionary bone regeneration.
The Graphene Revolution: Building Better Bones with Nanotechnology
Exploring how graphene and its derivatives are revolutionizing bone tissue engineering through nanotechnology and advanced biomaterials.
The Aging Scaffold: How Bioengineering Is Revolutionizing Bone Regeneration by Targeting Osteoimmunosenescence
Exploring how bioengineering combats osteoimmunosenescence to regenerate aging bones through immunomodulation, senolytics, and vascularized tissue engineering.
The Bone Builders: How Insulin and Strontium Team Up to Heal Diabetic Bones
Discover how combining insulin and strontium ranelate creates a breakthrough treatment for diabetic bone regeneration, with 58.7% new bone formation in studies.
The Scaffold Revolution: How Smart Biomaterials Are Healing Our Bones from Within
Exploring cutting-edge biomaterials that actively orchestrate bone regeneration through intelligent scaffolds and bioactive command centers.
The Bone Builders: How a Cancer Drug Sparks Skeletal Revolution
Discover how granulocyte colony-stimulating factor (G-CSF), a cancer drug, is revolutionizing bone regeneration by mobilizing the body's innate repair mechanisms.