A prosthetic management technique for osteopetrosis affecting the maxilla

Area of Science:

• Dentistry
• Prosthodontics
• Oral and Maxillofacial Surgery

Background:

• Bony anatomical anomalies can significantly complicate the fabrication and function of removable prostheses.
• Osteopetrosis, a group of rare genetic diseases, impairs bone remodeling, leading to irregular alveolar bone morphology.
• Irregular alveolar bone presents a recognized obstacle in achieving successful removable prosthesis outcomes.

Observation:

• This paper details the clinical management of a patient with extreme alveolar irregularity due to osteopetrosis.
• The challenges encountered in constructing a complete maxillary removable prosthesis for such a patient are emphasized.
• A specific technique utilizing a flexible base plate material is presented as an alternative to conventional materials.

Findings:

• The flexible base plate material demonstrated potential in managing extreme alveolar irregularity.
• This approach offers a viable solution for overcoming obstacles in removable prosthesis construction.
• The described technique may be adaptable for managing less extreme, commonly encountered bony irregularities.

Implications:

• Flexible materials offer a promising alternative for fabricating removable prostheses in patients with complex bony anomalies.
• Improved prosthesis fit and function can be achieved, enhancing patient quality of life.
• The findings suggest broader applicability of this technique in routine prosthodontic practice for managing irregular alveolar ridges.