Research Articles
The Versatile World of Polyesters: From Ancient Origins to Future Medicine
Explore the fascinating science behind polyesters, their synthesis, properties, and groundbreaking applications in medicine that could transform how we treat diseases.
The Polymer Architect: How Timothy Deming Is Building a Better World with Synthetic Biology
Explore Timothy Deming's groundbreaking work with synthetic polypeptides that bridges materials science and biology, enabling revolutionary medical applications from spinal cord repair to targeted cancer therapy.
The Invisible Skeleton: How Glass Nanofibers are Reinforcing Tomorrow's Biomaterials
Exploring the dynamic mechanical relaxation of PHEA-silica nanocomposites created through the sol-gel method and their applications in biomedicine.
The BPA Dilemma in Dental Care: Where Are We Going with Restorative Materials?
Exploring the complex relationship between BPA in dental resins and human health, and the innovations driving safer dental biomaterials.
The Ever-Changing Scaffold: How Bone Implants Transform Inside You
Explore how PLLA/nCaP bone implants dynamically transform to guide tissue regeneration through surface morphology changes in physiological environments.
Bio-Responsive Hydrogels: The Smart Materials That Can Heal Our Bodies
Explore the revolutionary world of bio-responsive hydrogels - smart materials that sense and respond to biological signals for advanced medical applications.
Metal-Organic Frameworks: The Tiny Scaffolds Building the Future of Medicine
Explore how metal-organic frameworks (MOFs) are revolutionizing medicine through bone regeneration, targeted drug delivery, and advanced biomaterials.
The Polymer Helper: Crafting Better Bone Biomaterials with Tiny Particles
Discover how polymers guide hydroxyapatite nanoparticle growth for advanced bone repair and biomedical applications.
Sugar-Based Scaffolds: How Pullulan and Dextran Are Revolutionizing Bone Repair
Explore how natural sugar polymers pullulan and dextran are transforming bone tissue engineering through innovative scaffold technologies for bone regeneration.
Polymers at the Interface with Biology: Where Artificial Materials Meet Living Systems
Explore how polymers are revolutionizing bioelectronics and creating seamless interfaces between artificial materials and living biological systems.