Biomimetic Strategies for the Rehabilitation of Compromised Anterior Teeth

The esthetic and biomechanical rehabilitation of teeth with significant structural compromise remains a complex yet vital component of contemporary restorative and endodontic practice. Given their prominent role in facial appearance and psychosocial confidence, the loss of structural integrity in anterior teeth presents, with significant clinical challenges. Such teeth necessitate strategic internal reinforcement to withstand functional load and achieve a long-term success. This case series describes a customized approach for utilizing evidence-based reinforcing methods to restore severely damaged anterior teeth. The use of fiber-reinforced posts and anatomic/custom posts is emphasized to maximize even stress distribution and mimic the elasticity of the natural dentin. Furthermore, crown selection and other periodontal procedures, such as gingivectomy, were performed as required. The outcomes highlight the vital role of patient-specific treatment planning, biomechanical reinforcement, and appropriate material selection in achieving esthetically harmonious and long-term outcomes in complex anterior rehabilitations.