Title of article :
All‑ceramic prosthetic rehabilitation of a worn dentition: Use of a distal cantilever. Two‑year follow‑up
Author/Authors :
Chekhani, Usama N Department of Prosthodontics and Section of Medical Materials and Technology - Center of Dentistry - Oral Medicine and Maxillofacial Surgery - University Hospital Tuebingen - Tuebingen, Germany , Mikeli, Aikaterini A Department of Prosthodontics and Section of Medical Materials and Technology - Center of Dentistry - Oral Medicine and Maxillofacial Surgery - University Hospital Tuebingen - Tuebingen, Germany , Huettig, Fabian K.P Department of Prosthodontics and Section of Medical Materials and Technology - Center of Dentistry - Oral Medicine and Maxillofacial Surgery - University Hospital Tuebingen - Tuebingen, Germany
Abstract :
The rehabilitation of heavily abraded occlusion in patients with parafunctional habits is a restorative
challenge to the dentist. Use of all‑ceramic systems in such cases is widely considered, but uncertainty
over their resistance hinders their broad use. The authors would like to illustrate a possible approach
by mixing two all‑ceramic systems based on zirconium dioxide and lithium disilicate. A 48‑year‑old
female patient attended with reduced vertical dimension in a full dentition. She suffered from
craniomandibular (CMD) pain and desired an esthetic rehabilitation. Prosthodontic treatment was
started in a pain‑free condition, after correction of the vertical dimension with an occlusal splint, over
four months. Determination of the treatment was based on the clinical findings: IPS e.max ZirCAD
frameworks veneered with IPS e.max Ceram were used for discolored retainers or subgingival
finishing lines. All the rest received IPS e.max Press crowns. A zirconia‑based, single‑tooth‑retained
distal cantilever reconstruction was used to replace a missing second molar. No technical or biological
complication was observed 24 months after treatment. The patient was highly satisfied and pain‑free.
Keywords :
Computer-aided design/computer-aided manufacturing , all-ceramic , multilink , relyX Unicem
Journal title :
Astroparticle Physics