Research Articles
The 3D Printing Revolution in Dentistry: How Digital Dentures Are Transforming Smiles
Explore the evolution of 3D-printed resin polymers for removable partial dentures from 2011 to 2024, including technological advancements, material innovations, and clinical applications.
Nature's Blueprint: The Science Behind Stronger, Smarter Dentures
Exploring how natural biopolymers like gum arabic, chitosan and fibrin are revolutionizing denture materials through enhanced strength and antimicrobial properties.
The Hidden Handshake: How Molecular Handedness Guides Nature's Master Builders
Explore the fascinating world of chiral biomineralization and its revolutionary applications in dental repair and regenerative medicine.
The Invisible Shield: How Zinc Oxide Nanoparticles Are Revolutionizing Denture Health
Explore how zinc oxide nanoparticles are creating dentures that actively fight infections through nanotechnology advancements in dental science.
The Silent Revolution: How Macromolecules are Transforming Dental Care
Explore how advanced macromolecules are revolutionizing dental care through smart biomaterials, antimicrobial composites, and innovative applications in restorative dentistry.
The Invisible Revealed: How a Dental MRI Breakthrough Is Changing Dentistry
Explore how SWIFT MRI technology is revolutionizing dental diagnostics by revealing previously invisible structures without ionizing radiation.
The 3D Printing Revolution in Your Dentist's Office
Explore how 3D printing technology is transforming orthodontics through personalized dental solutions, advanced materials, and innovative manufacturing processes.
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.
Ionic Liquids: The Dental Dynamo Revolutionizing Your Smile
Explore how ionic liquids are transforming dentistry with antimicrobial, self-healing, and bioactive properties for dental applications.