New Approach about Development of Nursing Skills to "Healing"

护理技能发展走向“治愈”的新途径

• 批准号: 13672452
• 负责人: YANAGIHASHI Ryuya
• 金额: $ 2.3万
• 依托单位: Shinshu University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-13672452/
• 关键词: Healing; Massage; Acupressure; Comfort; Fluctuation Analysis; EEG; Heart Rate; Quantitation; healing; Massage; relaxation; EEG; タッチ; 看護技術; ヒーリング; 代替療法

Our purpose of present research was to father basic evidences for assessment of healing stalls in nursing by psycho-physiological tools. Subjects were nursing students and healthy citizens. We measured the EEG, EMG, ECG, and other physiological data. We simultaneously measured the psychological data by the visual analog scale and other questionnaires. First, we investigated the psycho-physiological effects of jet stream by a water stimulation bed. The jet stream was very effective for muscle fatigue which caused by experimental instructions. The jet stream was also effective for causing "healing-like" comfort sensation after air arousal response of EEG Next, we studied about the quantitation of manual massage. The correlation between strength of acupuncture and comfort feeling or pain was investigated by the force strain gage. And, we challenged a trial manufacture for the quantitation of manual massage. This sensor can measure not only the vertical (z-axis) pressure, but also the horizontal (x-and y-axis) position. We are now preparing to achieve additional studies for the availability of the new sensor.

本研究的目的是为临床护理中运用心理生理学工具评估愈合停滞提供基础依据。研究对象为护生及健康人。我们测量了EEG、EMG、ECG和其他生理数据。同时采用视觉模拟量表和其他问卷进行心理测量。首先，我们通过水刺激床研究了喷射气流的心理生理效应。射流对由实验指令引起的肌肉疲劳非常有效。射流也能有效地引起EEG空气唤醒反应后的“愈合样”舒适感。接下来，我们研究了手法按摩的定量。用力应变计研究针刺强度与舒适感和疼痛的相关性。而且，我们对一个用于定量手动按摩的试生产提出了质疑。该传感器不仅可以测量垂直（z轴）压力，还可以测量水平（x轴和y轴）位置。我们现在正准备对新传感器的可用性进行更多的研究。

项目成果

GT.Allison, T.Fujiwara: "The relationship between EMG median frequency and low frequency band amplitude changes at different levels of muscle capacity"Clinical Biornechanics. 17. 464-469 (2002)

GT.Allison、T.Fujiwara：“肌电图中频与低频段振幅在不同肌肉能力水平变化之间的关系”临床生物力学。

楊箸隆哉(深井喜代子他 編集): "基礎看護学 VIII, 実験実習の方法, B1, 筋電図を用いた疲労の測定"南江堂(印刷中).

Takaya Yangbashi（由 Kiyoko Fukai 等人编辑）：“基础护理 VIII，实验实践方法，B1，使用肌电图测量疲劳”Nankodo（正在出版）。

楊箸隆哉, 藤原孝之: "疲労に関する実証的学習方法"看護展望. 29(4). 76-84 (2004)

Takaya Yangbashi、Takayuki Fujiwara：“关于疲劳的经验学习方法”护理观点 29(4) (2004)。

Ryuya Yanagihashi: "Assessment of Muscle Fatigue by EMG"Fundamental Nursing (Edited by Kiyoko Fukai, et al.)(Nanko-Do). (in printing). (2004)

柳桥龙也：“肌电图评估肌肉疲劳”基础护理（深井清子等编）（南科堂）。

藤原孝之, 楊箸隆哉 他: "高齢者における平圧高酸素濃度の影響とリフレッシュメント環境の考え方"癒しの環境. 7(1). 30-31 (2002)

Takayuki Fujiwara、Takaya Yangchop 等：“高常压氧气浓度的影响和老年人的茶点环境概念”Healing Environment 7(1) (2002)。