Session
Moderator
Dr.
10/ 3(Sat)
13:30 - 15:00
4F〜6F ホール C
Session 6
Advances in Regenerative Medicine:
Clinical Applications of Bone Augmentation/GBR
再生医療の力で広がる希望
～骨造成/GBRの臨床応用～
Lecturer
Mastering biomaterials
~ Tips and Tricks to Generate Good Bone ~
バイオマテリアルを診極める
〜いい骨つくる勘とコツ〜
- Categorization, Characteristics, and Indications of Bone Graft Materials
- Criteria for Selecting Bone Graft Materials by Bone Volume, Bone Quality, and Anatomy
- Characteristics and Selection for Various Bone Graft Materials: TheReality
- 骨補填材の分類、特徴、適応
- 骨量・骨質・部位による骨補填材の活用法
- 各種骨補填材の特徴と使い分け・ホントのところ
While autologous bones contain osteoblasts and growth factors and are beneficial for bone regeneration, various bone graft materials have been developed to address limitations such as the limited amount of autologous bone available for harvesting and the physical burden on patients. Bone graft materials used in implant treatment include carbonate apatite, OCP/Collagen, low-crystalline HA/Collagen, and bovine derived HA. To achieve successful bone regeneration using these bone graft materials, it is essential to perform surgery with a thorough understanding of the categorization, material properties, and characteristics of the bone graft materials. In this context, I would like to discuss the key points and tips in selection of appropriate bone graft material for each specific clinical application.
Lecturer
Three-Dimensional Guided Bone Regeneration to Improve the Predictability of Implant Treatment
インプラント治療の予知性を高める３次元的な骨再生誘導法
- Surgical techniques for ensuring the success of GBR
- Material selection and application methods that take into account the characteristics of bone graft materials and membranes
- Future prospects for GBR (clinical applications of cell therapy)
- GBRを確実に成功させるための術式
- 骨補填材・メンブレンの特徴を考慮した材料選択と使用方法
- GBRの今後の展望（細胞治療の臨床）
To improve the predictability of implant treatment, it is crucial to place implants in positions that account for the planned prosthetic restoration and within the bone where there are no anatomical concerns. However, insufficient bone volume―often caused by post-extraction bone resorption or the presence of anatomical structures such as the maxillary sinus―is a common issue. Therefore, the application of bone augmentation using bone graft materials with appropriate compressive strength and porosity as a scaffold is highly beneficial. In this presentation, we will present and discuss bone augmentation techniques and their outcomes in cases of insufficient bone volume under various clinical conditions.
Lecturer
Mid-term Clinical Outcomes of Implant Therapy Using Cytrans Granules
- The Importance of Guided Bone Regeneration (GBR) in Implant Therapy
- Comparison of Bone Graft Materials Used in the Past with Cytrans Granules: Advantages and Clinical Benefits
- Clinical Evaluation and Prognosis of Cytrans Granules in Implant Therapy
- インプラント治療におけるGBRの重要性
- 過去に使用されてきた骨補填材とサイトランス グラニュールの比較（優位性）
- インプラント症例におけるサイトランス グラニュールの臨床評価と予後
In 2017, a granular synthetic carbonate apatite graft material (product name: Cytrans Granules GC), one of the alloplastic bone graft materials, was introduced. Carbonate apatite granules contain a high level of carbonate (approximately 12%), making them readily resorbable by osteoclasts. Compared with other bone graft materials, carbonate apatite also promotes the osteogenic differentiation of bone marrow stromal cells and osteoblasts more effectively. In this lecture, the speaker will present the mid-term clinical outcomes of implant therapy and discuss the clinical effectiveness of Cytrans Granules.
