Research Articles
Building Bodies from Scratch: The Dawn of Synthetic Lymphatic Organs
Explore the groundbreaking development of synthetic lymphatic organs created from engineered cells, promising a future of custom biological replacements.
When Muscle Turns to Fat: The Hidden Science of Engineered Muscle and Fat Infiltration
Explore how tissue engineering reveals why muscle transforms to fat during aging and disease, with implications for metabolic health and muscle regeneration.
Bioreactors: The High-Tech Wombs Revolutionizing Cell Culture and Tissue Engineering
Explore how novel bioreactor technology enhances the viability and function of cultured cells and tissues, revolutionizing medicine and biotechnology.
The Bioactivity Boost: How Scientists Are Supercharging Medical Scaffolds
Discover how surface grafting of chitosan shell and polycaprolactone core fiber meshes creates bioactive medical scaffolds for tissue regeneration.
The Surface Effect: How PHA's Hidden Landscape Guides Nerve Repair
Exploring how polyhydroxyalkanoates (PHAs) surface characteristics influence human Schwann cell-like cells for nerve regeneration
The Bone Builders: Engineering the Future of Skeletal Repair
Explore the revolutionary field of bone tissue engineering, where scaffolds, stem cells, and signaling factors combine to regenerate living bone tissue.
Building Superhero Muscles: How Electricity and Smart Scaffolds Are Engineering New Muscle Tissue
Discover how scientists use electrical, mechanical, and flow stimulation to engineer functional striated muscles for regenerative medicine and beyond.
The Bone Builders: How Tyrosine-Derived Polymers are Revolutionizing Bone Repair
Exploring tyrosine-derived polycarbonate terpolymers as advanced biomaterials for bone regeneration scaffolds and tissue engineering applications.
Smart Scaffolds: The Bioactive Electrospun Meshes Revolutionizing Tissue Repair
Explore how bioactive electrospun meshes with incorporated biomolecules are revolutionizing tissue engineering and regenerative medicine.
Crafting a Better Home for Liver Cells: How a Tiny Spark is Supercharging Medical Research
Discover how ammonia plasma-functionalized scaffolds are revolutionizing liver tissue engineering and improving hepatocyte function for medical research.