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논문 기본 정보

자료유형
학술저널
저자정보
Atsushi Doi (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Kyoka Oda (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Masaki Matsumoto (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Honoka Sakoguchi (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Mizuki Honda (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Yuma Ogata (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Asuka Nakano (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Misato Taniguchi (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Shunya Fukushima (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Kyogo Imayoshi (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Kanta Nagao (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Masami Toyoda (Department of Rehabilitation Faculty of Health Kumamoto Health Science University) Hiroki Kameyama (Department of Medical Technology Faculty of Health Kumamoto Health Science University) Motoki Sonohata (Department of Orthopaedic Surgery Saga Central Hospital) Min-Chul Shin (Department of Rehabilitation Faculty of Health Kumamoto Health Science University)
저널정보
한국운동재활학회 Journal of exercise rehabilitation Journal of exercise rehabilitation Vol.19 No.3
발행연도
2023.6
수록면
149 - 162 (14page)
DOI
10.12965/jer.2346178.089

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This study aimed to investigate the effect of whole body vibration (WBV) on the sensory and motor nerve components with sciatic nerve injury model rats. Surgery was performed on 21 female Wister rats (6–8 weeks) under intraperitoneal anesthesia. The nerve-crush injuries for the left sciatic nerve were inflicted using a Sugita aneurysm clip. The sciatic nerve model rats were randomly divided into two groups (n= 9; control group, n= 12; WBV group). The rats in the WBV group walked in the cage with a vibratory stimulus (frequency 50 Hz, 20 min/day, 5 times/wk), while those in the control group walked in the cage without any vibratory stimulus. We used heat stimulation-induced sensory threshold and lumbar magnetic stimulation-induced motor-evoked potentials (MEPs) to measure the sensory and motor nerve components, respectively. Further, morphological measurements, bilateral hind-limb dimension, bilateral gastrocnemius dimension, and weight were evaluated. Consequently, there were no significant differences in the sensory threshold at the injury side between the control and WBV groups. However, at 4 and 6 weeks postoperatively, MEPs latencies in the WBV group were significantly shorter than those in the control group. Furthermore, both sides of the hind-limb dimension at 6 weeks postoperatively, the left side of the gastrocnemius dimension, and both sides of the gastrocnemius weight significantly increased. In conclusion, WBV especially accelerates the functional recovery of motor nerve components in sciatic nerve-crush injury model rats.

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