Emerging Bio-Intelligent Dental Prostheses: A Shift Toward Interactive and Adaptive Prosthodontic Systems

Emerging bio-intelligent dental prostheses mark a paradigm shift from passive tissue replacements to interactive, adaptive systems. Traditional dentures and fixed prostheses restore function and esthetics but remain static within a dynamic oral environment. Recent advances in materials science, sensor technology, nanotechnology, and artificial intelligence (AI) are redefining prosthodontics by enabling prostheses to monitor, respond, and integrate with biological processes. Biosensor-embedded implants and smart dentures can track peri-implant tissue health, detect oral dryness, or provide real-time temperature data, while AI systems interpret inputs for predictive and preventive care. These innovations expand prosthodontics into a partner discipline of systemic healthcare. However, challenges remain, including device durability, power supply, data security, regulatory frameworks, and equitable access. This editorial explores the emerging concept of bio-intelligent prostheses, highlighting their potential applications, limitations, and implications for future prosthodontic education, practice, and interdisciplinary collaboration. Such systems position prostheses not as inert replacements but as intelligent health interfaces shaping the future of dental medicine.