Occlusion and biomechanics in dentistry refer to the study of how teeth contact during jaw closure and movement, and the physical forces that act on teeth, supporting structures, and dental restorations during function. This field examines load distribution, stress patterns, and the mechanical behavior of natural an…
Occlusion and biomechanics in dentistry refer to the study of how teeth contact during jaw closure and movement, and the physical forces that act on teeth, supporting structures, and dental restorations during function. This field examines load distribution, stress patterns, and the mechanical behavior of natural and artificial dental structures under various functional demands. Research published in Dentistry And Oral Implants has explored the biomechanical considerations of using dental implants as fixed anchorage points in orthodontic treatment, specifically examining cases where implants serve to resist unwanted tooth movement during procedures such as anterior tooth retrusion. This application demonstrates the intersection of occlusal planning and biomechanical principles, as clinicians must account for force vectors, anchorage requirements, and the load-bearing capacity of osseointegrated implants when designing treatment plans. Understanding occlusion and biomechanics is essential for predicting treatment outcomes, preventing mechanical complications, and ensuring long-term stability of both natural dentition and implant-supported restorations. The topic remains clinically significant as practitioners increasingly integrate implant technology with orthodontic and restorative procedures, requiring careful consideration of how occlusal forces will be distributed across different components of the dental system.
1 peer-reviewed article, ranked by relevance. Each links to its DOI.