Research Articles
From Fat to Fiber: Engineering New Tendons in the Lab
Discover how scientists are transforming rat fat-derived stem cells into tendon cells, revolutionizing regenerative medicine for tendon injuries.
Beyond Steel and Plastic: The Rise of Living Bone Implants
Discover how bioactive composites are revolutionizing bone replacement with materials that actively encourage the body to heal itself through true regeneration.
The Bone Builder: How a New Osteograft is Revolutionizing Regenerative Medicine
Discover how osteografts, lab-grown bone materials, are transforming regenerative medicine and offering new solutions for bone repair beyond traditional grafts.
The Gel that Heals: How Molecular Gels are Revolutionizing Tissue Engineering
Explore how molecular gels and hydrogels are transforming regenerative medicine and tissue engineering with innovative applications and recent breakthroughs.
From Monthly Cycle to Medical Miracle: The Unlikely Promise of Menstrual Blood
Discover how menstrual blood-derived stem cells are being transformed into functional liver cells, revolutionizing regenerative medicine and offering new hope for liver disease treatment.
Printing New Bones and Cartilage: How 3D Bioprinting is Revolutionizing Medicine
Explore the revolutionary field of 3D bioprinting for bone and cartilage tissue regeneration using stem cells and advanced biomaterials.
From Hot Dogs to Healing: The Recipe for 3D-Printing Living Tissues
Discover how the hierarchical architecture of hot dogs inspired a breakthrough in 3D bioprinting of living tissues with distinct bioactivity zones.
The Molecular Architect: Weaving a Smarter Healing Scaffold
Discover how scientists are engineering VEGF fusion proteins to create programmable healing scaffolds that revolutionize regenerative medicine.
The Tiny Conductors: How MicroRNAs Guide Stem Cells to Build Bone
Discover how microRNAs act as master regulators in bone formation from mesenchymal stem cells, with potential applications in regenerative medicine.
The Cellular Railway: Guiding Stem Cells with Microscopic Wrinkles
Discover how microscopic wrinkles guide mesenchymal stem cells to form interconnected networks for regenerative medicine applications.