Maxillofacial bone regeneration
Clinical research centered on alveolar bone augmentation for patients with jaw bone defects, with a focus on restoring sufficient bone width for later dental implant placement.
- Jaw reconstruction
- Alveolar ridge augmentation
- Pre-implant bone restoration
The sponsor’s work in this area is directed toward improving structural bone support in the maxillofacial region, where regenerative treatment is needed to address limited lateral bone dimensions.
Stem cell–based tissue engineering
Research activity includes the use of autologous mesenchymal stem cells in combination with biomaterials to support new bone formation in oral and craniofacial defects.
- Mesenchymal stem cell therapy
- Bone tissue engineering
- Autologous cell-based regeneration
This area reflects interest in biologic strategies for repairing skeletal tissue where conventional reconstructive approaches may be limited by inadequate native bone volume.
Biomaterial-supported regeneration
The funded clinical research also involves biphasic calcium phosphate granules and related scaffold materials designed to assist bone healing and provide a framework for tissue growth.
- Calcium phosphate biomaterials
- Bone scaffold development
- Regenerative implant support
These interests place emphasis on material-assisted regeneration in oral surgery, especially where bone contour and volume must be rebuilt before implant rehabilitation.
Dental implant preparation
Another key therapeutic domain is the restoration of bone conditions required for successful implant dentistry, particularly in patients with insufficient ridge width for stable placement.
- Implant site development
- Oral rehabilitation
- Pre-prosthetic bone management
The research focus connects regenerative oral surgery with functional rehabilitation, aiming to create anatomical conditions suitable for future prosthetic treatment.
