14:30〜17:00
The Future of Bone Augmentation and Regenerative Therapy
"Postoperative periodontal tissues do not heal desirably"
This lecture is for doctors who have encountered such problems, specifically with major contributing factors associated with periodontal tissue regeneration.
Experts will explain the essence of regenerative therapy, such as basic techniques, material selection, and postoperative management, to bring success to your treatment.
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Soft Tissue Stability in Periodontal Regeneration Therapy Guides to Reconstruction of Hard Tissue Formation
Although there are various factors that lead regenerative therapy to success, carrying out regenerative therapy while considering the state of the bone defects is considered to be of the utmost importance. However, soft tissue consideration in addition to the state of hard tissue is also very important. In particular, considering the gingival phenotype when carrying out regenerative therapy and strengthening the regenerative environment by making improvements as needed would impact the results of the therapy significantly.
Therefore, this lecture will report on the importance of the soft tissue in leading regenerative therapy to success.Soft tissues (keratinized gingival width, gingival thickness) in periodontal tissue regeneration therapy Selection of bone graft material, Cytrans® Granule Periodontal tissue regeneration therapy using Cytrans® Granule and FGF-2
Periodontal Tissue Regeneration Therapy, Soft Tissue (Keratinized Gingival Width/Gingival Thickness), Wound Healing, Initial Closure, Flap Design, Bone Defect, Furcation Defect, Bone Graft Material, Cytrans® Granule , FGF-2
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Arrival Point of Advanced Periodontal Therapy in My Practice
To date, various regenerative techniques, flap designs, regenerative biomaterials, and bone graft materials have been proposed and achieved results in periodontal tissue regeneration therapy. Most of them have achieved some results in the attachment level gain and bone fill, but the surgical technique and materials used have changed with the passage of time.
Based on the long-term follow-up of regenerative therapy in the past, I would like to talk about the regenerative technique, flap design, regenerative biomaterial and their combinations that are currently considered to be the best.Understanding flap design Knowing the appropriate material Consideration from a long-term course
Conventional Flap，Minimal Invasive Surgery，Cytrans®，EMD，FGF-2，Flap Design
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Clinical Concepts for Predictable Periodontal Regeneration
Why, when and how to use regenerative techniques to improve tooth prognosis? Treatment concepts in intrabony defects. Treatment concepts in furcation defects. Decision making process. Factors influencing the outcomes. Surgical techniques, surgical videos.
Periodontal Regeneration, Intrabony Defects, Furcation Defects
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Reconstructive Periodontal Therapy with Ridge Augmentation in the Esthetic Zone
Treatment of periodontal defects with a combination of bone graft materials, including growth factors, has been shown to promote periodontal regeneration. The teeth presenting periodontal defects are located at the close vicinity of the resorbed alveolar ridge. It is of clinical interest to simultaneously reconstruct both the periodontal defect and the resorbed alveolar ridge in these particular cases. This presentation will show techniques for reconstructive periodontal therapy through several cases．
Material selection and surgical method for bone regeneration and bone formation Treatment with a combination of growth factors and bone graft materials Precautions during periodontal reconstruction in the aesthetic region
Bone Regeneration, Bone Formation, Growth Factors, Bone Graft Materials, Membranes, Aesthetic Regions, Alveolar Ridge Augmentation, Periodontal Reconstruction
