Research Articles
Laser Touch: How Microscopic Patterns Guide Stem Cells to Heal
Discover how laser surface treatment creates smart biomaterials that guide stem cells to form new bone, cartilage, or muscle for advanced regenerative medicine.
Blueprint for Life: Micropatterning Nature's Scaffold to Guide Cellular Behavior
Discover how micropatterning decellularized ECM creates bioactive surfaces that guide cell alignment, proliferation, and migration for regenerative medicine.
The Biological Blueprint: Why Can't We Recreate Nature's Perfect Materials?
Exploring the challenges and breakthroughs in biological materials science, from tissue engineering to bioinformed design approaches.
The Tiny Protein Packets Revolutionizing Medicine
Discover how artificial secretory granules are transforming growth factor delivery in medicine through bioinspired protein engineering.
The Silica-Chitosan Revolution: Building a Better Home for Our Cells
Discover how chitosan-silica hybrid hydrogels are revolutionizing regenerative medicine through advanced cell encapsulation and drug delivery technologies.
The Secret Superpowers in Your Teeth: Unlocking Dental Pulp Stem Cells
Discover how dental pulp stem cells are revolutionizing regenerative medicine through their rapid proliferation and unique genetic properties.
Building a Better Bandage: How Tiny Gel Spheres Supercharge Healing
Discover how negatively-charged alginate and chondroitin sulfate microsphere hydrogels enhance endothelial cell proliferation and angiogenesis for advanced wound healing.
Engineering Giants: How Bioreactors Are Building Large-Scale Living Bone
Discover how dynamic bioreactors are revolutionizing bone tissue engineering by enabling the creation of large-scale living bone grafts for critical-sized defects.
Smart Gels That Build Themselves: Healing the Body with Peptide Power
Discover how protein-nanoparticle hydrogels self-assemble using peptide-based molecular recognition to revolutionize regenerative medicine.
Atelocollagen: The Body's Natural Delivery System for Next-Generation Therapeutics
Explore how atelocollagen, a modified collagen with reduced immunogenicity, is revolutionizing drug delivery and regenerative medicine.