Manfredini Daniele, Lobbezoo Frank
Department of Medical Biotechnologies, School of Dentistry, University of Siena, Siena, Italy.
Department of Orofacial Pain and Dysfunction, Academic Centre for Dentistry Amsterdam (ACTA), University of Amsterdam and Vrije Universiteit Amsterdam, Amsterdam, The Netherlands.
J Oral Rehabil. 2025 Jan;52(1):123-124. doi: 10.1111/joor.13890. Epub 2024 Oct 31.
The idea of classifying and defining bruxism according to ontological principles may be interesting, but currently we just do not have enough information to label in a black or white manner the many facets of bruxism. In an era in which general knowledge on bruxism by the dental communities is surely in need of improvement, efforts to clarify the road map tracked by the current panelists who drafted the definition should be appraised carefully. The recent introduction of a standardized multidimensional evaluation system (i.e., Standardized Tool for the Assessment of Bruxism [STAB]) and a screening instrument for bruxism (i.e., BruxScreen) should be viewed as the starting points to enter a new era in the discipline of bruxism, in which non-hierarchical and non-preconceived approaches are used to collect data. Artificial intelligence strategies to mine data gathered with the above instruments might help building predictive models along the etiology-status-consequences trajectory, as recently suggested in a model for awake bruxism metrics. Until then, proposals to adopt ontological principles to classify bruxism will be merely based on speculations rather than on facts.
根据本体论原则对磨牙症进行分类和定义的想法可能很有趣,但目前我们还没有足够的信息以黑白分明的方式给磨牙症的诸多方面贴上标签。在牙科界对磨牙症的一般认识肯定需要改进的时代,应当仔细评估为阐明当前起草该定义的小组成员所遵循的路线图而做出的努力。最近引入的标准化多维评估系统(即磨牙症评估标准化工具[STAB])和一种磨牙症筛查工具(即BruxScreen)应被视为进入磨牙症学科新时代的起点,在这个新时代中,将采用非等级制和无先入之见的方法来收集数据。如最近在一个清醒磨牙症指标模型中所建议的那样,利用上述工具收集的数据进行挖掘的人工智能策略可能有助于沿着病因-状态-后果轨迹构建预测模型。在此之前,采用本体论原则对磨牙症进行分类的提议将仅仅基于推测而非事实。