Dental implantation process

Analyze the decision-making criteria for choosing between a one-stage (non-submerged) and two-stage (submerged) surgical protocol, referencing factors like primary stability and the need for guided bone regeneration.

Explain the biomechanical and biological prerequisites for immediate loading protocols, contrasting them with conventional delayed loading and linking the decision to primary stability values (e.g., insertion torque).

Describe the clinical healing period, including the implant uncovering procedure required in a two-stage protocol.

Explain the methods for capturing the final 3D position of the integrated implant and surrounding soft tissue for prosthetic fabrication (e.g., impressions, intraoral scanning).

Describe the role of CAD/CAM technology in designing and milling the final abutment and crown.

Describe the clinical procedure for attaching the final prosthesis to the abutment.

Explain the rationale for specific implant hygiene practices based on the unique biological interface and material properties.

Explain the concept of physiological crestal bone remodeling versus pathological bone loss around an implant.

Define peri-implantitis, explaining its etiology, progression from mucositis, and key risk factors.

Analyze the common modes of mechanical failure in implant systems (e.g., screw loosening, component fracture) from a biomechanical perspective.

Interpret typical success and survival rates of dental implants reported in long-term clinical studies.