Ridge preservation: the new buzzword in dentistry

Area of Science:

• Dental Science
• Oral Surgery
• Regenerative Medicine

Background:

• Atrophic jaw bone presents a significant challenge in restorative dentistry, particularly for dental implant placement.
• Traditional extraction methods often lead to bone resorption, compromising future treatment options.
• The need for effective ridge preservation techniques is critical for successful long-term dental outcomes.

Purpose of the Study:

• To evaluate the impact of Advanced Extraction Therapy (AET) and Replacement Therapy (R.T.) on ridge preservation.
• To highlight the role of modern materials like titanium implants and synthetic bone substitutes in addressing jaw bone deficiencies.
• To advocate for the routine integration of these therapies to improve patient outcomes and expand clinical possibilities.

Main Methods:

• Review of clinical evidence supporting Advanced Extraction Therapy (AET) and Replacement Therapy (R.T.).
• Discussion of the application of clinically proven materials, including titanium implants and synthetic bone substitutes (e.g., Bioplant HTR).
• Analysis of treatment modalities designed to counteract jaw bone atrophy.

Main Results:

• AET and R.T. offer a viable solution to the long-standing clinical problem of jaw bone loss.
• The use of implants and synthetic bone substitutes effectively addresses inadequate bone situations for implant placements.
• These therapeutic approaches can transform the management of atrophic jaw bone, previously considered a significant malady.

Conclusions:

• Ridge Preservation and Replacement Therapy are essential practices for modern dentistry.
• Implementing the principle 'when we take something out, we should put something back' enhances dental practice growth and patient satisfaction.
• These advanced techniques mitigate the limitations imposed by jaw bone atrophy, enabling more predictable and successful restorative treatments.