‎ Fiber-Reinforced Coronoradicular Restorations

‎The pulped tooth represents a porous organo-mineral complex capable of preservation ‎within the dental arch despite the absence of its pulp. Biological alterations, such as ‎marginal water loss and gradual collagen fiber degradation, minimally impact the ‎structural integrity of the tooth. However, the loss of dental tissue incurred during ‎therapeutic interventions correlates directly with a reduction in its strength, thereby ‎elevating the risk of fracture and compromising the tooth's long-term viability. ‎Consequently, it is imperative within clinical management to adhere to a therapeutic ‎gradient, prioritizing conservative interventions whenever feasible. ‎In instances where a pulped tooth exhibits compromised structural integrity with ‎minimal remaining walls, coronal-radicular reconstruction becomes imperative to ‎uphold coronal stability and establish a bacteria-free environment crucial for sustained ‎endodontic treatment success and prevention of reinfection.‎