Research Articles
The Hidden World of Cellular Conversations: How Titanium Implants Become Part of Us
Explore how titanium implant surfaces interact with biological systems and the science behind cellular integration of medical implants.
From Jelly to Scaffold: Reinventing Nature's Blueprint for Healing
Exploring how alginate dialdehyde crosslinking transforms porcine acellular dermal matrix into a superior biomaterial for tissue regeneration
From Seafood to Sensing: How Shellfish Are Revolutionizing Glucose Monitoring
Discover how chitin from shellfish is transforming glucose monitoring through sustainable biomedical technology
Nature's Blueprint: How Biomaterials are Revolutionizing Lithium-Based Batteries
Exploring how natural biomaterials are transforming lithium-based batteries for sustainable energy storage solutions
The Tiny Tumble: Spinning Alginate into the Future of Medicine
Discover how centrifugal force and alginate microspheres are revolutionizing drug delivery and biomedical engineering through precise, scalable fabrication techniques.
Building Better Bones: How a Tiny Fiber Supercharges Bone Cement
Discover how Wollastonite fibers enhance bone cement by increasing cell viability and stimulating osteoblast differentiation for improved bone regeneration.
Sensattice: Where Science and Art Harmonize in Sound
Explore Sensattice, an emerging collaborative sound sculpture that transforms organic waste into functional biopolymers, blending art, science, and community.
The Unlikely Duo: How Tiny Peptides Train the Body to Heal Better
Discover how award-winning research on peptide biomaterials is revolutionizing wound healing by training the immune system to regenerate rather than just repair tissue.
Beyond Scars: The Revolutionary Science of Regenerative Skin Healing
Explore cutting-edge regenerative engineering approaches that enable scar-free skin healing through biomaterials, stem cells, and gene therapy.
Weaving a New Future for Knees: The Artificial Cartilage that Acts Like the Real Thing
Discover how scientists are using 3D weaving technology to create revolutionary biomimetic scaffolds for cartilage regeneration and functional tissue engineering.