One-stage Osseointegrated Implant, Abutment, and Loading for an Auricular Prosthesis.

Abstract

The field of auricular reconstruction has witnessed significant advancements aimed at improving patient outcomes and streamlining treatment processes. Traditionally, complex reconstructions using autologous tissue or synthetic scaffolding have been utilized to address congenital malformations or acquired deformities of the pinna. However, such methods often involve multiple procedures and carry the risk of donor-site morbidity and complications. Osseointegrated implants offer a promising alternative, leveraging techniques derived from dental implantology to achieve stable fixation of alloplastic materials within the mastoid bone. Variations in surgical techniques, including the 1-stage and 2-stage processes, have been explored to optimize treatment protocols. We report the "ear in a day" technique, presenting a novel approach where implantation, abutment, and prosthesis placement are accomplished within the same surgery. This innovative strategy offers early functional restoration while minimizing patient discomfort and treatment duration. However, meticulous patient selection, preoperative planning, and interdisciplinary collaboration are imperative to ensure the success and safety of immediate loading techniques. Vigilant postoperative monitoring and adherence to follow-up appointments are essential for detecting and addressing potential complications promptly. The ear in a day method represents a promising advancement in auricular prosthetic implantation, underscoring the importance of a comprehensive, patient-centered approach in craniofacial reconstruction.