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Er:YAG Laser and Hemolasertherapy: Bone and Gingiva Gain-Case Report
Fatima Zanin1, Gabriela Silva2, Eric Mayer-Santos3
1Biophotonics Center, Brugnera and Zanin Institute, Sao Paulo, Brazil.
Photobiomodulation, Photomedicine, and Laser Surgery
|May 17, 2024
Summary
This study demonstrates a minimally invasive dental treatment using Er:YAG laser and hemolasertherapy for periodontal disease. The innovative approach successfully regenerated tissues and preserved natural teeth, avoiding extractions and implants.
Area of Science:
- Dentistry
- Periodontology
- Laser Dentistry
Background:
- Modern dentistry prioritizes conservative, tissue-preserving techniques.
- Periodontal disease causes significant bone and gingival loss, often leading to tooth extraction and implant placement.
- Minimally invasive approaches are sought to manage advanced periodontal conditions.
Purpose of the Study:
- To present a case study of minimally invasive treatment for extensive periodontal disease.
- To evaluate the efficacy of Er:YAG laser and hemolasertherapy in periodontal regeneration and tooth preservation.
Main Methods:
- A nine-week treatment protocol involving Er:YAG laser for periodontal decontamination.
- Application of hemolasertherapy to promote regeneration of adjacent tissues.
- Minimally invasive clinical approach to manage severe periodontal involvement and tooth mobility.
Main Results:
- Significant clinical and radiographical improvements in periodontal tissue health were observed.
- Complete preservation of the patient's natural dental elements was achieved.
- Long-term stability of clinical condition and tissue gains were confirmed at a 2-year follow-up.
Conclusions:
- Er:YAG laser and hemolasertherapy offer a viable, minimally invasive alternative to extraction and implants in severe periodontal disease.
- This approach successfully preserves natural teeth and regenerates periodontal tissues.
- The findings support the integration of laser technologies in conservative periodontal treatment.
