Contemporary dental practice extends beyond the management of local anatomical concerns to encompass the understanding of how biomechanical forces influence bone biology, cellular adaptation, and the integration of restorative materials. In this context, the volume titled "The Encoded Discipline in Bone: From Orthodontic Anchorage to Implant-Supported Rehabilitation" addresses the entire treatment continuum from orthodontic miniscrews to fixed and removable implant-supported prostheses, through a comprehensive biological and clinical lens.

Beginning with the histological foundations of osseointegration, the book explores the modulation of the periodontal microenvironment, immunological responses to mechanical loading, and the integration of cutting-edge digital and AI-assisted surgical planning techniques. Each chapter synthesizes current scientific knowledge across orthodontics, periodontology, oral implantology, and prosthodontics, emphasizing translational relevance to clinical practice.

Designed for specialist clinicians and researchers, this work is not merely an academic reference, but a practical, evidence-based guide to interdisciplinary implant dentistry. It bridges the gap between biology and technology, aligning theoretical depth with clinical applicability.