Material and Technological Advancements in the Recontouring of Maxillofacial, Somatic, and Dental Structures and Their Implications for Auricular Prosthesis: A Case Report.

The recontouring of disfigured maxillofacial and dental parts in prosthodontics is a process that goes beyond physical alteration, significantly enhancing patients' psychological well-being. This paper comprehensively analyzes the techniques, materials, and clinical approaches used in the cosmetic recontouring of disfigured parts, such as teeth, gingival tissues, maxillofacial, and somatic (missing body parts like fingers, hands, or prosthetic legs) prostheses. It elaborates on the clinical and laboratory steps involved in the fabrication of auricular prostheses using room temperature vulcanizing (RTV) silicone as a maxillofacial material, which gives a life-like appearance. It helps regain the overall aesthetics of the patient. The prosthesis was well retained through the use of silicone adhesives and the available undercut present at the ear defect site. The prognosis was good in terms of retention, stability, support of the prosthesis, and comfort for the patient, even after six months of follow-up. Additionally, it gives insights into higher-quality, affordable, and readily available advanced recontour prosthesis materials and modern techniques employed. Recontouring of maxillofacial, somatic, and dental structures is not just a professional duty but a moral imperative, ensuring that the patient's needs and well-being are at the forefront of every decision.