Research Articles
The Perfect Scaffold: How a Squidgy Gel and Spider Silk are Building the Future of Healing
Discover how Pluronic F-127 and silk fibroin are revolutionizing tissue engineering with enhanced mechanical properties and sustained drug delivery.
Engineering the Battlefield: How Biomaterials Are Revolutionizing Cancer Research
Explore how biomaterial-based platforms are transforming cancer research through 3D tumor modeling, advanced immunotherapies, and personalized medicine approaches.
The Cellular Playground: How Biomaterials Whisper Instructions to Stem Cells
Discover how biomaterials guide stem cell behavior through biochemical and biophysical cues in regenerative medicine.
Building a Better Bone Scaffold: How Clay and a Chemical Bath are Revolutionizing Implants
Discover how scientists are combining nano-clay and chemical baths to create revolutionary biodegradable bone implants that guide tissue regeneration.
The Biomaterials Revolution: How Recombinant Proteins Are Reshaping Medicine
Explore how recombinant biomaterials are transforming medicine through molecular precision engineering of proteins for advanced therapeutic applications.
The Invisible Revolution: How Biomaterials Transformed Dental Implants
Explore how biomedical engineering and advanced biomaterials have revolutionized dental implants, from ancient shells to modern titanium and polymer technologies.
Biomaterial Highlights of 2019: The Future of Medicine is Here
Explore the groundbreaking biomaterial advances of 2019 in biofabrication, tissue engineering, and nanomedicine that are reshaping modern medicine.
Tuning the Body's Architecture: How Collagen Crosslinking Reinforces Our Biological Materials
Explore the revolutionary science of collagen crosslinking and how it's transforming medical treatments by reinforcing biological structures with customized mechanical properties.
Beyond the Petri Dish: How Engineered Biomaterials Are Revolutionizing Cell Research
Explore how advanced biomaterials are transforming cell research by creating physiologically relevant environments that go beyond traditional petri dishes.
Decoding the Secret Language of Biomaterials: How Computers Learn Polymer Patterns
Explore how machine learning and feature descriptors are revolutionizing polymeric biomaterials design for medical applications.