A Study of Developing a Stomatognathic Function Database for Diagnosis

诊断用口颌功能数据库的开发研究

• 批准号: 12470422
• 负责人: BANDO Eiichi
• 金额: $ 8.83万
• 依托单位: The University of Tokushima
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 2000
• 资助国家: 日本
• 起止时间: 2000 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-12470422/
• 关键词: stomatognathic function; database; jaw movement tracking device; jaw movement; six-degree-of-freedom

Although many types of jaw movement analyzing systems have been developed, analyzed results from different systems cannot be compared directly because of differences of base planes or reference points. This kind of luck of interchangeability makes it difficult to accumulate research results and to create the evidence for evaluating stomatognathic function. The purpose of this research was to develop a new stomatognathic function database and establish reference values for evaluating stomatognathic functionsIn this research, we investigated about information of subjects to register on the database, the standard file format of j aw movements data and analyzing parameters that were independent of measuring systems and could be intercompared among different systemsTo collect jaw movement data from different systems, we adopted an ASCII sequential format, locus data of jaw movements expressed with three dimensional coordinates (X, Y, Z), those output were could be exported from most of meas … More uring systems without any modification of analyzing software. Before registering those data on the database, we processed them with custom software that was developed to convert collected data into standardized formatted jaw movement data. This standard format of jaw movement data made it easy to develop analyzing software that could process jaw movement data from different systems. Then we developed the DBMS (Database Management System) on Microsoft ACCESS2000. At the same time, we also investigated analyzing parameters. It is absolutely essential to establish parameters and reference values that are independent of analyzing systems in order to accumulate research findings. Using these kinds of parameters, measured data from different systems can be evaluated in a uniform manner and used in database to establish reference values of jaw function. Those reference values could be a basic knowledge of the evidenceResults of this research were presented in domestic and international meetings and published in many scientific journals Less

虽然已经开发了许多类型的颌骨运动分析系统，但由于基准面或参考点的不同，不同系统的分析结果不能直接进行比较。这种可互换性的运气使得积累研究成果和为评估口腔颌面功能创造证据变得困难。本研究的目的是建立一个新的口腔颌面功能数据库，并建立口腔颌面功能评价的参考值。在本研究中，我们研究了在数据库中登记的受试者信息、下颌运动数据的标准文件格式和分析参数，这些参数独立于测量系统，可以在不同系统之间进行比较。为了收集不同系统的颌骨运动数据，我们采用了ASCII码序列格式，以三维坐标(X，Y，Z)表示的颌骨运动轨迹数据，这些输出可以从大多数MEAS…输出更多的监控系统，而不需要对分析软件进行任何修改。在将这些数据注册到数据库之前，我们使用定制软件对其进行处理，该软件是为将收集的数据转换为标准化格式的下颌运动数据而开发的。这种标准格式的颌骨运动数据使开发分析软件变得容易，该软件可以处理来自不同系统的颌骨运动数据。然后在Microsoft ACCESS2000平台上开发了数据库管理系统。同时，还对分析参数进行了考察。为了积累研究成果，建立独立于分析系统的参数和参考值是绝对必要的。利用这些参数，可以对来自不同系统的测量数据进行统一的评估，并将其用于数据库中，以建立颌骨功能的参考值。这些参考值可以作为证据的基本知识。这项研究的结果在国内外会议上发表，并发表在许多科学期刊上

项目成果

S.Kohno et al.: "Functional-rhythmical coupling of head and mandibular movements"J Oral Rehabil. 28. 161-167 (2001)

S.Kohno 等人：“头部和下颌运动的功能节奏耦合”J Oral Rehabil。

H.Tokiwa: "Evaluation of the clinical accuracy of an optical recording system for mandibular movement"J Jpn Soc Stomatognath Funct. 7(1). 13-25 (2001)

H.Tokiwa：“下颌运动光学记录系统的临床准确性评估”J Jpn Soc Stomatognath Funct。

M.Nakano: "Relation between occlusal facets of molar and chewing pattern"Journal of Dental Research. 81(Special Issue A). A158-A158 (2002)

M.Nakano：“磨牙咬合面与咀嚼模式之间的关系”牙科研究杂志。

常盤 肇: "光学式顎運動測定装置(JM-1000T)の臨床的測定精度に関する研究"日本顎口腔機能学会雑誌. 7. 13-25 (2001)

Hajime Tokiwa：“光学颌运动测量装置（JM-1000T）的临床测量精度研究”日本口腔颌面功能学会杂志7. 13-25（2001）。

森本 俊文 ほか 編: "顎関節症入門"医歯薬出版株式会社. 244 (2001)

森本俊文等主编：《颞下颌关节紊乱症概论》石药出版株式会社244（2001）