Development and application of physicaltherapy evaluation method by biomechanics and electrophysiological intracellular recordings.

本研究的目的是利用生物力学和电生理分析相结合的实验系统和模拟方法，阐明神经系统对肌肉收缩和关节运动的反应，并开发下一代物理治疗方法。结果发现，神经系统的反应随着大鼠后足当时的关节角度和角速度而变化。此外，通过快速运动，如果对皮肤的温暖温度刺激，神经系统的反应将增加，而通过后期运动，当对皮肤的寒冷温度刺激时，结果是神经系统的反应减少。因此，提出了将被动关节运动、热疗和冷冻疗法作为输入值的物理疗法可以改变神经系统的响应。

The purpose of this study was to clarify the response of the nervous system which made muscle contraction and a joint movement using the experimental system and simulation methods which united the biomechanics and electrophysiological analysis, and was development of the physiotherapy approach method of the next generation. It turned out that the response of a nervous system changes with the joint angles and angular velocity at the time in a rat hind foot. Moreover, by quick movement, by that the response of a nervous system will increase if warm temperature stimulus to the skins, and late movement, when cold temperature stimulus to the skins, it turned out that the response of a nervous system decreases. Therefore, it was suggested that physical therapy which makes passive joint movement, thermotherapy and cryotherapy as an input value can change the response of a nervous system.