Three-dimensional bone and soft tissue requirements for optimizing esthetic results in compromised cases with...

Area of Science:

• Dental Implantology
• Periodontology
• Esthetic Dentistry

Background:

• Achieving esthetic outcomes in tooth replacement with dental implants depends on tooth shape and stable soft tissue profiles.
• Bone augmentation is essential for supporting the esthetic soft tissue profile around restorations.
• Preventing peri-implant soft tissue recession, especially with multiple implants, requires specific bone augmentation strategies.

Purpose of the Study:

• To outline bone augmentation techniques for preserving soft tissue profiles around dental implants.
• To establish reliable vertical augmentation targets for creating esthetic papillae.
• To highlight the need for long-term studies on compromised cases with multiple implants.

Main Methods:

• Buccal bone augmentation of more than 2 mm from the implant platform to prevent bone remodeling and soft tissue recession.
• Utilizing an imaginary horizontal line between healthy interproximal bone peaks as a vertical augmentation target.
• Strategic placement of pontics to avoid consecutively placed implants for vertical bone height preservation.

Main Results:

• Vertical bone augmentation to the level of interproximal bone peaks reliably creates esthetic papillae.
• Achieving 2 to 3 mm of interproximal vertical bone augmentation from implant platforms is possible with ideal bone peak height.
• Strategic pontic placement aids in preserving vertical bone height post-augmentation.

Conclusions:

• Bone augmentation techniques, including specific vertical targets and strategic pontic placement, are vital for esthetic soft tissue profiles around multiple dental implants.
• Further long-term studies are critically needed for compromised cases involving multiple implants to ensure sustained esthetic and functional outcomes.