MATERIAL SELECTION IN DENTAL PROSTHETICS: A REVIEW OF CURRENT TRENDS AND FUTURE DIRECTIONS

Abstract When considering dental prosthetic treatment, the clinical success, durability, and aesthetic result all come down to choosing the appropriate materials. Patient expectations have been climbing higher and higher every day, and with these demands, the events in prosthodontics weave onto the drapes of materials. This review investigates current emerging trends in the selection of dental prosthetic materials, mainly in the field of ceramic materials, metal alloys, polymers, and hybrid composites. More recently, materials like zirconia and lithium disilicate came into the limelight due to great aesthetic and mechanical considerations, while CAD/CAM and additive manufacturing techniques provide for near-total customization alongside efficient and streamlined production. Other considerations stand now alongside common concerns of biocompatibility, durability, and patient-centered needs: strength, which has developed into smart biomaterials and nanostructured surfaces. This review synthesizes evidence from recent literature, including reviews, clinical studies, and material science reports, to outline major trends and evaluate clinical outcomes regarding materials of concern. The approach is not intended to be systematic; however, it follows a narrative-based approach to guarantee fullness in treatment of the topic. The roadmap of future developments seems to cast its shadow on AI-guided material selection, biodegradable polymers, and 4D printing in regenerative prosthetics. The study findings highlight the near-importance of interdisciplinary research and much-needed material innovation for betterment of treatment modalities in contemporary prosthodontics.