Managing severe mandibular atrophy in elderly patients remains one of the greatest challenges in implant dentistry. When systemic conditions such as diabetes and smoking are added to the equation, treatment planning requires a predictable, minimally invasive approach capable of delivering immediate function without compromising long-term outcomes.
In this clinical case, Dr. Antonio Maglianom from Italy, demonstrates how the MultiNeo™ and Alpha™ Arch can successfully address these complex situations while improving both function and quality of life.
The patient was an 80-year-old woman with complete mandibular edentulism, severe bone atrophy, diabetes mellitus, and a heavy smoker. She had been wearing an unstable removable denture that compromised chewing, speech, aesthetics, and ultimately her quality of life.
Clinical and CBCT examinations confirmed advanced mandibular atrophy, making conventional treatment approaches more complex. The main objective was to provide a fixed full-arch restoration while avoiding extensive regenerative procedures and enabling immediate loading whenever possible.
The treatment plan was based on the Alpha™ Arch comprehensive solution, designed to maximize the use of the available bone while minimizing surgical invasiveness.
Two MultiNeO™ implants (Ø3.75 mm, L10 mm) were placed in the position 32 and 42 and two tilted MultiNeO™ implant (Ø3.75 mm, L11.5 mm) were palced in the position 35 and 45.
The procedure was completed without complications, and the patient experienced healing with successful implant integration.
In addition, the treatment restored masticatory function, aesthetics, and confidence.
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Severe mandibular atrophy is often associated with limited bone availability, making treatment more complex, especially in elderly patients with systemic risk factors.
A full-arch approach based on strategic implant positioning can maximize the use of the available bone, avoid extensive grafting procedures, and provide a predictable pathway to immediate function.
Immediate loading can significantly improve patient comfort and quality of life by reducing the period of edentulism and eliminating the need for an unstable removable prosthesis during healing.
Use available bone efficiently. Strategic implant positioning, including tilted posterior implants, can help bypass anatomical limitations and reduce the need for regenerative procedures.
Aim for high primary stability. Achieving adequate insertion torque and implant stability is essential when planning immediate loading protocols, especially in compromised bone conditions.
Consider patient-related risk factors. Advanced age, smoking, and diabetes do not necessarily contraindicate implant treatment, but they require careful planning, maintenance, and follow-up.
The Alpha™ Arch Solution represents a reliable and effective solution for the rehabilitation of severely atrophic mandibles, even in elderly patients with systemic comorbidities. This approach enables predictable implant stability and immediate loading, resulting in significant improvements in masticatory function, aesthetics, comfort, and overall quality of life, while reducing the need for more invasive surgical procedures.