The Measurement of Mandibular Movement by Experimental Jaw Tracking Device using Two Magnetic Fields in Quadrature Phase.
The Measurement of Mandibular Movement by Experimental Jaw Tracking Device using Two Magnetic Fields in Quadrature Phase.
复制标题
使用正交相位的两个磁场通过实验性下颌跟踪装置测量下颌运动。
DOI：
10.2186/jjps.37.652
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发表时间：
1993
期刊：
影响因子：
--
通讯作者：
M. Kori
中科院分区：
文献类型：
--
作者：
M. Kori
本研究的目的是评估新开发的六自由度下颌跟踪装置使用正交相位磁场的操作。在15名女性受试者中记录了该装置的下颌运动。并与15名男性受试者的下颌运动数据进行比较。结果表明：1.所有受试者均未出现颅颌功能紊乱的临床表现。该装置的操作与数字式下颌跟踪装置（MM-JI）相比有了很大的改进，但仍需改进，如下颌运动记录范围的能力.男性受试者记录的最大下颌张开运动显著大于女性受试者（p 0.05）。测量点对下颌骨的影响或性别差异在确定下颌最大旋转时被发现是最小的，因此，它可以被认为是一个重要的参数运动到颞下颌关节。
The purpose of this research was to evaluate the manipulation of the newly developed six degrees of freedom jaw tracking device using magnetic fields in quadrature phase. Jaw movements were recorded by this device in 15 female subjects. Further the jaw movement data was compared to that of 15 male subjects recorded by digital jaw tracking device (MM-JI). None of the subjects showed any clinical signs of craniomandibular disorder.The results were as follows:1. Manipulation of this device has been improved dramatically compared to the digital jaw tracking device (MM-JI), however it still needs improvement, such as the ability of jaw movement recording range.2. The maximal jaw opening movement recorded in male subjects was significantly greater in comparison with that in female subjects (p 0.05).3. The influence of measuring point on the mandible or sex differences was found to be minimal in determining maximal mandibular rotation and therefore, it can be regarded as an important parameter of movement to the temporomandibular joint.