Research Articles
DNA Hydrogel: The Programmable, Life-Saving Jelly
Explore the fascinating world of DNA hydrogel assemblies - smart, programmable materials that can think, react, and heal. Learn about their synthesis principles and biomedical applications.
The Dental Material Revolution: PEEK vs. Zirconia in Modern Dentistry
Comparative analysis of PEEK and zirconia dental copings focusing on marginal fit and fracture resistance based on in-vitro studies.
The Magic Middle Ground: How Mesoscopics Revolutionizes Polymer Materials
Explore how chemical mesoscopics and metal carbon mesocomposites are transforming polymer materials with enhanced properties and innovative applications.
Nature's Tiny Ninja: The Fungal Enzyme That Farms Without Pesticides
Discover how β-1,3-glucanase from Trichoderma harzianum offers sustainable alternatives to chemical pesticides through scientific purification and characterization.
The Secret Strength of Your Smile: The Science Behind Durable Dental Fillings
Explore the science of dental fillings and discover which composite material—packable or hybrid—offers superior fracture resistance for a stronger, longer-lasting smile.
Building Tomorrow's Tissues: The Science of Cellular Scaffolds
Explore how scientists manipulate cellular scaffolds' dimensionality and properties to revolutionize tissue engineering and regenerative medicine.
The Invisible World of Nanomedicine: How Gold, Silver and Copper Nanostructures Interact With Our Cells
Exploring the cytotoxicity of gold, silver, copper and silicone hybrid nanostructures in medical applications.
The Tiny Blueprint: Building Microscopic Machines with Plastic That Conducts Electricity
Explore the fascinating synthesis of polyaniline nanoparticles using the inverse micelle microemulsion method and their revolutionary applications in technology.
The Secret Superpower of Tiny Crystals: Building Stronger, Smarter Gels
Discover how cellulose nanocrystals and multiple cross-links are creating super-strong, intelligent hydrogels inspired by nature.
Tiny, Glowing Spheres: The Secret World of Perfect Polymer Particles
Discover how scientists create billions of identical, fluorescent PMMA-latex colloids through dispersion polymerization to solve problems in medicine and technology.