Bone Loss, Prosthesis Survival
Conditions
Brief summary
Implant supported superstructure is necessary for long term success and durability of the implant itself in terms of stresses distribution and fracture strength capability. Stresses falling on an implant are too much greater than those applied on a tooth structure with a periodontal ligament offering a degree of elasticity. The important mechanical and physical properties of materials used for the fabrication of dental prostheses include adequate flexural and tensile strength and modulus of elasticity, maximum fracture resistance, optimal bond strength and adequate polishability.
Detailed description
One objective of implant dentistry is to provide excellent esthetics and soft-tissue profiles in the esthetic zone. Esthetic requirements have focused primarily on the position, inclination, shape, and color of the restoration. However, the peri-implant soft tissue also plays a major role in the esthetics of an implant-supported restoration especially in the anterior region.
Interventions
Prosthesis superstructure for 2 implant supported short span fixed bride constructed from different materials
Sponsors
Study design
Eligibility
Inclusion criteria
* No systemic diseases that might alter the tissue response to implantation. * Mobility grade 3 at the site of the 4 lateral incisors. * sufficient available inter-arch space * normal maxillomandibular relation. * no temporomandibular joint
Exclusion criteria
* Grade 1 or 2 mobility at the incisor's region. * Patients with systematic diseases that contraindicate implant placement.
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Bone loss | 4 years | Measurement of alveolar bone loss around implants. |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| Clinical performance of the prosthesis superstructure | 4 years | Such as fracture of the prosthesis. |
Countries
Egypt