Research Articles
How Metal Ions Shape the Building Blocks of Future Medicine
Exploring how metal ions transform peptide hydrogels for advanced biomedical applications like tissue engineering and drug delivery.
The Invisible Army: How Cell Membrane-Covered Nanoparticles Are Revolutionizing Medicine
Explore how cell membrane-covered nanoparticles are transforming medicine through biological camouflage, targeted drug delivery, and revolutionary treatments for diseases like Alzheimer's.
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 Silk Road to Healing: Building Tomorrow's Scaffolds from Sericin
Discover how silk sericin, once considered waste, is being transformed into advanced tissue engineering scaffolds through innovative crosslinking with genipin.
The Silk Road to Healing: How an Ancient Material is Revolutionizing Bone Repair
Explore how silk biomaterials are transforming skeletal tissue engineering and bone repair through advanced scaffold technology.
Building Better Biomaterials: How Reinforced Hydrogels Are Revolutionizing Medicine
Explore how surface-modified PLA microspheres reinforce calcium alginate hydrogels, enhancing mechanical strength and biomedical applications in tissue engineering and drug delivery.
Beyond Breakfast: The Cracking Good Science of Egg-Based Biotech
Explore how egg-derived biomaterials are revolutionizing biotechnology and bioengineering applications in medicine and industry.
Nerve Repair Revolution: Silk-Elastin Alloys That Guide Cellular Growth
A groundbreaking blend of natural proteins is paving the way for smarter nerve regeneration, one charged molecule at a time.
Tiny Peptides, Giant Leaps: How Self-Assembling Nanopeptides Are Revolutionizing Medicine
Discover how self-assembling nanopeptides are transforming medicine through targeted drug delivery, tissue engineering, and smart biomaterials.
A Tiny Gel That Could Revolutionize Dialysis: Giving Artificial Organs a Human Touch
Discover how heparin-mimicking microgels are engineering revolutionary hemocompatible dialysis membranes that fight clotting and biofouling.