Teethinteract

Teethinteract is a term used in dental science to describe the dynamic interactions of teeth within the dental arches during functional activities such as chewing and biting. It encompasses tooth contact patterns, occlusal forces, wear, and the spatial relationships between opposing dentitions.

The concept emphasizes bidirectional influence between teeth and supporting structures, including enamel, dentin, periodontal ligament, alveolar bone, and the temporomandibular joint. It covers both static occlusion as well as dynamic mandible movement, and how tooth position affects function and how function can modify tooth position over time.

In research and clinical practice, teethinteract is analyzed with methods such as articulator simulations, intraoral scanning and digital occlusion analysis, surface contact mapping, electromyography of masticatory muscles, and finite element modeling. Applications include planning restorative and prosthetic treatments, guiding orthodontic movement, occlusal adjustments, and evaluation of temporomandibular disorders.

Limitations include individual variability in anatomy and neuromuscular control, adaptive changes over time, bruxism, and systemic health factors. As a framework, it supports a holistic approach to dentistry that emphasizes function, form, and harmony among teeth and supporting structures.