Research Articles
Growing New Tissue: How Biomimetic Scaffolds and Growth Factors Are Revolutionizing Medicine
Explore how biomimetic hybrid porous scaffolds and growth factors like PDGF-BB are advancing tissue engineering and regenerative medicine.
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 Silent Symphony of Healing Cartilage: A Look Inside with MRI
How scientists are using advanced MRI imaging to listen to the body's repair process and build better cartilage through tissue engineering.
Sticky Cells: How Chemical Tweaks Are Building Better Blood Vessels for Lab-Grown Tissues
Explore how chemical functionalization of bioceramics enhances endothelial cell adhesion for tissue engineering and vascularization.
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.
Mending Broken Hearts: The Revolutionary Science of Cardiac Regeneration
Explore groundbreaking advances in heart cell and tissue therapy that are revolutionizing cardiovascular medicine and offering new hope for heart disease patients.
Engineering Living Bone: How Genes and Blood Vessels Are Revolutionizing Bone Repair
Discover how gene-modified tissue engineering combined with vascular bundle implantation is creating living bone grafts to heal critical-sized defects.
The Cellular Dream Team: How Fibroblasts and Blood Vessel Cells Supercharge Stem Cells for Bone Regeneration
Discover how coculturing fibroblasts and vascular endothelial cells enhances adipose stem cell proliferation and osteogenesis for revolutionary bone regeneration therapies.