Robin Olivier, Claude Arthur, Gehin Claudine, Massot Bertrand, McAdams Eric
Department of Orofacial Pain and Dysfunctions, Lyon Dental University Hospital, Lyon, France.
Nanotechnology Institute of Lyon, Biomedical sensors team, UMR CNRS, INSA, Lyon, France.
Cranio. 2022 Jan;40(1):14-22. doi: 10.1080/08869634.2019.1708608. Epub 2020 Jan 8.
: The aim of this paper is to report quantitative and qualitative characteristics of bruxism events recorded in sleeping humans with a new smart ambulatory system specifically designed to measure dental clenching and grinding forces. The device is wireless and rechargeable, which enables its use over extended periods.: Thirty recordings were obtained from volunteer subjects who wore the device at home during 10 consecutive nights (Clinicaltrials.gov N° NCT03363204).: The recordings showed that the system was able to successfully monitor bruxism during 10 consecutive nights, allowing a quantitative (number, duration, intensity, distribution during the night), as well as a qualitative characterization of the bruxism events (clenching vs. grinding).: This system could offer new perspectives in the field of bruxism, either as a research tool for clinical studies or as a medical device for the ambulatory home-based monitoring of bruxism.
本文旨在报告使用专门设计用于测量牙齿咬紧和磨牙力量的新型智能便携式系统记录的睡眠中人类磨牙事件的定量和定性特征。该设备是无线且可充电的,这使其能够长时间使用。从志愿者受试者那里获得了30份记录,这些受试者在家中连续10个晚上佩戴该设备(Clinicaltrials.gov编号NCT03363204)。记录显示该系统能够在连续10个晚上成功监测磨牙情况,从而实现对磨牙事件的定量(数量、持续时间、强度、夜间分布)以及定性特征描述(咬紧与磨牙)。该系统可为磨牙症领域提供新的视角,既可以作为临床研究的研究工具,也可以作为用于家庭动态监测磨牙症的医疗设备。