Evaluating the Efficacy of Digitally Fabricated Prostheses in Enhancing Oral Function and Aesthetics among Elderly Patients: A Clinical and Colorimetric Analysis
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Abstract
Background: The incorporation of digital technology in prosthetic dentistry has greatly revolutionized the production of complete dentures, notably among the elderly patients. Digitally fabricated prostheses are traumatizing, with potentially better functional and aesthetic outcomes, as the aging patients are posing challenging cases to oral rehabilitation.
Objective: This study analyzes the clinical performance and aesthetic performance of digitally manufactured prostheses in terms of effectiveness and improvement in the functioning of the elderly patients with special reference to functional improvements and color accuracy.
Methods: There was a clinical and observational design used, which incorporated aged edentulous individuals who had digitally designed complete dentures fitted on them. Quantitative measurements were made to assess functional and decorative performance (masticatory efficiency tests and patient-reported outcome measures (PROMs), respectively) and colorimetric precision using spectrophotometry and standardized methods of assessing shade-matching. Such statistical analysis was involved in comparative evaluation with traditional fabrication workflows.
Results: The results showed that patient satisfaction was better, chewing efficiency was superior in digitally made dentures than in that of conventional systems, and color matching was also more accurate. After premature aging tests, color stability did not exceed the limits under which colors are acceptable in a clinical setting
Conclusion: Digitally manufactured prostheses will give an elderly patient a good, solid, stable, and visually pleasing prosthesis. Their introduction to geriatric dentistry is helping better rehabilitation outcomes, and they fit with the future of patient-centered prosthodontics.