Yoshihiro Aramaki
| Faculty of Health and Medical Science,Department of Physical Therapy | Lecturer |
| Graduate School of Health Sciences,Master's and Doctoral Programs in Physical Therapy | Lecturer |
Last Updated :2026/08/07
■Researcher basic information
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Career
Educational Background
■Research activity information
Paper
- 見学実習が理学療法学生の職業アイデンティティ形成に及ぼ す影響-1年次学生を対象とした検証-
Sep. 2026 - デスクトップ型PCを使用した事務職の肩こり症状と腰痛の実態調査
Mar. 2026 - レジリエンス力が臨床実習前後における職業アイデンティティの経時的変化に及ぼす影響
Mar. 2026 - 健常若年者における片脚膝関節伸展固定歩行が体幹動揺の方向性に及ぼす影響：三軸加速度計によるRoot Mean Square Ratioを用いた予備的検討
Mar. 2026 - 下肢関節位置覚と動的バランス能力の関連— Y-Balance Testを用いた検討 —
Mar. 2026 - 理学療法士による観察法を用いた動作分析における着目点: テキストマイニングを用いた予備的調査
Sep. 2025 - 視覚情報制限が障害物跨ぎ動作前の歩行調整に与える影響: 若年健常成人による模擬高齢者モデルを用いた予備的検討
Sep. 2025 - 臨床実習前の学内成績が臨床実習前後における職業アイデンティティの経時的変化に及ぼす影響
Sep. 2025 - Examination of the gait evaluation index using shoes with built-in motion sensors: intra-rater reliability during comfortable walking and fastest walking.
Yoshihiro Aramaki
Journal of physical therapy science, Sep. 2025
[Purpose] To determine the intra-rater reliability of gait evaluation data obtained using shoes equipped with built-in motion sensors. [Participants and Methods] Thirteen healthy adults were recruited and gait evaluation data (stride length, stride speed, stride duration, stance phase duration, and swing phase duration) were obtained during comfortable and fastest possible walking. Gait evaluation was repeated after a one-week interval. The intra-class correlation coefficients and systematic errors of the gait evaluation data during comfortable walking and fastest walking were determined. [Results] The test-retest gait assessment data had good intra-rater reliability. No systematic errors were observed in any of the gait evaluation data. [Conclusion] Intra-rater reliability of gait evaluation using shoes with in-built motion sensors was verified, indicating that these data can be used for clinical applications. - Relationship between sleep quality and total lying time in community-dwelling older adults requiring support or care
KANEYA Satomi; HASHIDATE Hiroyuki; TAKAHASHI Syusuke; ICHINOSE Yusuke; TAKASAWA Hiroto; ARAMAKI Yoshihiro
Japanese Journal of Geriatric Therapy, 28 Aug. 2025
Aim: Older adults with disabilities tend to engage in physical activity in a lying position rather than sitting or standing, which may affect the sleep quality and duration. This study examined the relationship between sleep quality, time, and total lying duration in older adults requiring support or care. Methods: We investigated the quality of sleep using Japanese version of the Athens Insomnia Scale (AIS-J) in 214 community-dwelling older adults who were certified as needing support or care and utilized a day rehabilitation facility. Additionally, we recorded the average daily sleep time and total lying time. The participants were divided into two groups based on the AIS-J cutoff value: less than 6 points or more than 6 points. Each index was then compared between the groups. Results: The results of two-way analysis of variance showed that total lying time was significantly higher than sleep time in both groups (p < 0.001). However, sleep time was significantly lower in the AIS-J ≥ 6 group compared to the AIS-J < 6 group. Furthermore, the AIS-J ≥ 6 group showed significantly higher total AIS-J scores for the bottom 8 items of AIS-J, and a greater difference between total lying time and sleep time compared to the AIS-J < 6 group (p < 0.01). Conclusions: Older adults with poor sleep quality have shorter sleep time and spend extended time in the lying position doing activities other than sleep. Reduced total lying time and increased time out of bed are important for improving the sleep quality and duration. - Characteristics of Changes in the Vocational Identity of Physical Therapy Students : An Academic Year Comparison Focusing on Before and After Clinical Practice in the Third year of Junior College.
アラマキ, ヨシヒロ
University and College review of Sendai Seiyo Gakuin, 15 Mar. 2025 - Effects of gait speed on sleep quality in older adults : a systematic review
カネヤ, サトミ; アラマキ, ヨシヒロ; コマツ, ヨシノリ; ササキ, ヒロト; スズキ, ユウジ; モリナガ, ユウ
University and College review of Sendai Seiyo Gakuin, 30 Sep. 2024 - Effects of smartphone dependence on Grit-A study of physical therapy students-
荒牧隼浩
日本リハビリテーション教育学会誌(Web), 2024 - 理学療法学専攻学生における臨 床実習前後の職業アイデンティティの経時 的変化－短期大学最終学年を対象とした調 査－
Jun. 2023 - Relationship between postural control and respiratory movement during one-leg standing in healthy males.
Yoshihiro Aramaki
Journal of physical therapy science, Jun. 2023
[Purpose] The purpose of this study was to examine the relationship between postural control and respiratory movements after identifying the characteristics of respiratory movements in different postural holding tasks. [Participants and Methods] The total trajectory length was measured using a stabilometer (G-620; Anima Company, Tokyo, Japan), while respiratory movements were measured using an expiratory gas analyzer (PowerMetz; Anima Company, Tokyo, Japan) during closed-leg and one-leg standing. Respiratory movements were characterized as tidal volume (TV), respiratory rate (RR), minute volume (MV), and metabolic equivalents (METs). [Results] The total trajectory length, METs, RR, and MV were higher in one-leg standing than in closed-leg standing. The rate of change in the total trajectory length during one-leg standing was positively correlated with the rate of change in TV and negatively correlated with RR. [Conclusion] The results suggest that postural control of one-leg stance holding is associated with changes in respiratory motion. - EFFECTS OF HIGH AND LOW RESILIENCE SCORES OF NEW STUDENTS ON FUNDAMENTAL COMPETENCIES FOR WORKING PERSONS AND GPA.
アラマキ, ヨシヒロ; オオワダ, ヒロミ
College review of Sendai Seiyo Gakuin, 30 Sep. 2022 - Analysis of the asymmetry of thoracic shape at rest: relationship with lateral thoracic deviation.
Yoshihiro Aramaki; Yuuki Homma; Tetsuya Mamizu; Fujiyasu Kakizaki
Journal of physical therapy science, Jun. 2022
[Purpose] We analyzed the relationship between the degree of asymmetry in the shape of the thorax and postural changes in the frontal plane, and examined the mechanism that creates an asymmetry in the thoracic shape. [Participants and Methods] The participants included 19 healthy young males. We calculated the thoracic volume and lateral deviation from the amount of displacement of reflective markers attached to the thoracic area using the Vicon MX 3D-analysis system. [Results] Left-right differences were shown in each area of the thorax, and positive and negative correlations were found with the amount of lateral deviation of the thorax, which captured postural changes in the frontal plane. [Conclusion] The results of this study suggest that postural changes in the frontal plane are factors involved in the mechanism of left-right asymmetry formation in the thoracic shape. - THE EFFECTS OF PELVIS ANTERIOR TILT SITTING POSTURE ON THORACIC VOLUME CHANGE
アラマキ, ヨシヒロ
College review of Sendai Seiyo Gakuin, 30 Sep. 2021 - Effects of the posterior pelvic tilt sitting posture on thoracic morphology and respiratory function.
Yoshihiro Aramaki; Fujiyasu Kakizaki; Shinichi Kawata; Takuya Omotehara; Masahiro Itoh
Journal of physical therapy science, Feb. 2021
[Purpose] We investigated how differences in pelvic angle in the posterior pelvic tilt sitting posture simultaneously affect the thoracic morphology and the respiratory function. [Participants and Methods] The participants were 18 healthy young males. We positioned the pelvis at 0°, 10°, 20°, and 30° of posterior tilt, following which the thoracic expansion volume ratio, thoracic spine tilt angle, and respiratory function were measured. We calculated the thoracic volume and thoracic spine tilt angle by measuring the amount of displacement of reflective markers attached to the thoracic area using the Vicon MX 3D-analysis system. Respiratory function was measured by spirometry. [Results] The expansion volume ratio decreased significantly in response to 10-30° posterior pelvic tilt sitting at the mid-thorax and 30° posterior pelvic tilt sitting at the lowest thorax. The upper thoracic spine level showed a change in anterior tilt at 10-30° posterior pelvic tilt sitting, whereas the lower thoracic spine level showed a change in posterior tilt at 30° posterior pelvic tilt sitting. Respiratory function was significantly lower at 30° posterior pelvic tilt sitting than at 0° posterior pelvic tilt sitting. A positive correlation between thoracic expansion volume ratio and respiratory function was found at 30° posterior pelvic tilt sitting. [Conclusion] Changes in thoracic spine tilt angle due to posterior pelvic tilt sitting may restrict the expansion of thoracic motion during respiration, thereby affecting respiratory function.
MISC
- 踵部の圧負荷に関する姿勢的観点からの考察
2012
Research Themes
- 理学療法士の職業アイデンティティ発達と離職リスクに関する縦断的混合研究
01 Apr. 2026 - 31 Mar. 2030
