Learn about clasps in removable partial dentures (RPD), including types such as I-Bar, C clasp, Roach clasp, flexible clasp, and tooth-colored clasp, along with their functions and clinical applicatio...
Glass Ionomer sealants (GI) explained: composition, chemical adhesion, fluoride release/recharge, moisture tolerance, and antimicrobial effects. Evidence on clinical effectiveness, ideal indications (...
Comprehensive guide to chemical‑cured (self‑cure) acrylic resin for denture bases: composition, polymerization, mechanical performance, shrinkage and residual monomer, reinforcement (glass fiber, wire...
What Is RPD Stress Breaking? A Key Stress-Reduction Principle in Removable Partial Dentures.
Comprehensive, evidence-based guide to acrylic (PMMA) denture bases covering material properties, processing methods (heat‑cure, injection, CAD/CAM, 3D‑print), bonding protocols, dimensional stability...
Evidence-based review of resin-based sealants: chemistry, types, retention rates, and clinical protocols for superior pit and fissure caries prevention.
Discover how moisture‑tolerant dental sealants improve bond strength, cut microleakage, and boost retention—built under FDA/ISO controls by XDENT LAB.
An indirect retainer is a component of an RPD that helps prevent displacement of the denture base away from the supporting tissues by counteracting rotational forces around the fulcrum line.
Learn about common denture base materials such as acrylic and metal, their advantages, limitations, and clinical applications in removable prosthodontics
Learn how fluoride‑releasing resin sealants work—triphasic release, recharge, isolation techniques, and retention metrics—to boost prevention and long‑term results.
Explore the components of RPD, their biomechanical functions, and design principles for optimal removable partial denture performance.
Practical chairside playbook: risk assessment, moisture control, enameloplasty, thin‑layer placement, and documentation to standardize filled sealant success.
