Title : Breaking boundaries: Strengths and aesthetics of fibre-reinforced bridges in pragmatic tooth replacement
Abstract:
In the ever-evolving field of restorative dentistry, fibre-reinforced bridges have emerged as a transformative alternative to traditional resin-bonded bridges, particularly in the realm of single-tooth management. The evolution of prosthodontics has witnessed an escalating demand for solutions that prioritize biomechanical resilience, patient comfort, aesthetic excellence and most importantly, preservation of tooth structure. This surge has given rise to fibre-reinforced bridges, achieved by integrating cutting-edge materials like glass or carbon fibers, coupled with the refinement of contemporary composites to elevate aesthetic finesse. The paradigm shift towards minimally invasive dentistry and a concerted effort towards tooth preservation have fostered the preference for approaches such as fibre-reinforced bridges in addressing single-tooth situations. Preserving a greater extent of tooth tissue becomes crucial, especially considering the increasing lifespan of patients and the imperative to mitigate future complications, as underscored by the challenges faced by today's dentists managing the aging population. Noteworthy materials have emerged becoming instrumental in chair-side fibre-reinforced bridge construction. These materials boast ultra-strength fibers with remarkable fracture toughness, drawing parallels with their applications in crafting bulletproof vests and lightweight armour for military aircraft. Their user-friendly nature, translucency facilitating the use of light-cure composites, and exceptional strength add to their appeal. The flexibility of the material allows its utilisation as periodontal splints, enabling movement within the periodontal ligament and providing a degree of adaptability. A critical aesthetic advantage of fibre-reinforced bridges lies in the translucency of the connector to the wing, surpassing conventional resin-bonded bridges where metal visibility through the incisal edge is a common issue. This feature is particularly valuable in cases of trauma for immediate restorative interventions or instances of hypodontia. Success estimates after three years indicate a noteworthy improvement for fibre-reinforced bridges compared to metal-framed, resin-bonded counterparts, emphasizing their viability and durability. This presentation delves into the comprehensive considerations of incorporating fibre-reinforced bridges into dental care. Factors such as cost-effectiveness, ease of fabrication, and long-term maintenance are thoughtfully examined. By offering a pragmatic view of the strengths and potential challenges associated with this innovative approach, the presentation serves as a guiding resource for practitioners, aiding them in making informed decisions about integrating fibre-reinforced bridges into their clinical practices.
Audience Take Away:
- Comprehensive understanding of the advantages of fibre-reinforced bridges over conventional resin-bonded bridges in single-tooth management
- Informs clinical decision-making, enabling practitioners to provide more effective and patient-centric treatments for single missing tooth cases
- Gain knowledge about a practical solution to a common clinical problem
- Offering a contemporary alternative that addresses the challenges associated with single-tooth replacements
