Research Articles
The Stuff of Tomorrow: How Biomaterials are Healing Our Bodies
Explore the fascinating world of biomaterials and how they are revolutionizing modern medicine through tissue regeneration and advanced healing technologies.
The Invisible Revolution: How the 1965 AAAS Symposium Launched the Biomaterials Age
Explore how the 1965 AAAS Symposium revolutionized medicine through biomaterials, creating the foundation for modern implants, dental materials, and drug delivery systems.
From Biosensors to Drug Delivery and Tissue Engineering: The Biomaterials Revolution
Explore the cutting-edge world of biomaterials research, from intelligent drug delivery systems to tissue engineering and advanced biosensors.
Classification and Medical Applications of Biomaterials: The Invisible Revolution in Medicine
Explore the fascinating world of biomaterials - their classification, medical applications, and revolutionary impact on modern healthcare and regenerative medicine.
Nature's Blueprint: How Scientists Are Building Better Artificial Bones
Discover how laminated hydroxyapatite-polysulfone composites are revolutionizing bone repair by mimicking nature's design principles.
The Invisible World Where Biomaterials Meet Biology: A Journey into Surface Science
Exploring the groundbreaking 1987 Symposium on Surface Analysis of Biomaterials and its lasting impact on medical device innovation through surface science.
The Living Bridge: How Biomaterials Master the Art of Speaking Nature's Language
Explore how biomaterials interact with the human body, their mechanical, bioactive, electrical properties, and future applications in medicine.
Beyond Band-Aids: How DNA-Guided Smart Biomaterials Are Revolutionizing Medicine
Exploring aptamer-functionalized natural protein-based polymers as innovative biomaterials for precision medicine and targeted drug delivery
Bone's Secret Blueprint: How Liquid Minerals Build Better Biomaterials
Discover how liquid-phase mineral precursors enable intrafibrillar mineralization of collagen to create superior biomaterials that mimic natural bone.