TG14 - Guided Immediate Placement of a Ceramic Implant in a Maxillary Right Second Premolar and Immediate Restoration with a CAD/CAM-Fabricated Provisional Crown
Every tooth extraction initiates a cascade of continuous events that lead to hard and soft tissue volumetric and linear changes (Araújo and coworkers 2019; Grunder 2011).
In recent years, implant dentistry has aimed to understand the biology of alveolar socket/bone remodeling in order to minimize the impact on linear and volumetric parameters, with lower morbidity and fewer esthetic problems (Atieh and coworkers 2015).
Immediate implant placement is a treatment modality that, given an appropriate clinical indication, may mitigate most of these post-extraction alveolar changes (Tarnow and coworkers 2014).
One of the first metal oxides used and studied in the context of osseointegration was titanium dioxide (Brånemark and coworkers 1969). Recent patient demand for other types of implant materials have caused clinicians and researchers to seek alternative biomaterials that result in osseointegration, including ceramics (Miani and coworkers 1993; Akagawa and coworkers 1993).
General Risk Assessment
Patient-related Factors
Oral hygiene | Good |
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Compliance | Good |
Patient-medical Factors
Medical Fitness | Healthy, able to undergo planned anesthesia and surgical procedure (ASA I) |
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Medications | No medications that would negatively affect the surgical procedure and outcomes. |
Radiation Treatment | None |
Growth Status | Complete |
Site-related Factors
Periodontal Status | No history of periodontal disease, or any active periodontal disease. |
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Access | Adequate |
Pathology near the implant site | None |
Previous surgeries in planned implant site | No previous procedures. |
Surgical Classification
Surgical Complexity
Timing of placement | Immediate Placement (extraction sockets) (Type I) |
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Simultaneous or Staged grafting procedures | Implant placement without adjunctive procedures |
Anatomy
Keratinized Tissue | Sufficient (>4 mm) |
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Soft Tissue Quality | No scars or inflammation |
Proximity to vital anatomic structures | Minimal risk of involvement |
Adjacent Teeth
Papilla | Complete |
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Recession | Absent |
Interproximal attachment | At CEJ |
Extractions
Radicular morphology | Uniradicular |
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Available apical bone to achieve primary stability | Sufficient height ( ≥ 4 mm) and width (> 2 mm around apex of planned implant) |
Socket walls | Intact |
Thickness of buccal wall | 2mm or greater |
Anticipated residual defect after implant placement | 2 mm or less |
Prosthodontic Classification
Complicating Factors
Biological | Cement-retained restorations with appropriate contours |
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Mechanical/Technical | Absence of contributing factors |
Prosthesis Factors
Prosthetic volume | Adequate. Space available for ideal anatomy of the restoration |
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Inter-occlusal space | Adequate. Capable to create an anatomically & functionally correct planned restoration |
Volume and characteristics of the edentulous ridge (fixed) | Adequate. No adjunctive therapy or prosthetic soft tissue replacement will be necessary |
Occlusal Factors
Occlusal scheme | User-defined occlusal scheme achievable |
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Involvement in occlusion | Minimal or no involvement |
Occlusal parafunction | Absent |
Complexity
Loading Protocol | Immediate |
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Implant-supported provisional restoration | Required, non-esthetic site and/or functional demands |
Timing of placement | Immediate Placement (extraction sockets) (Type I) |
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