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의복형 초소형 발광모듈을 이용한 신경근육 자극 시스템 개발 및 임상적 효과 검증Development of Neuromuscular Stimulus System using Wearable Ultra-miniature Lighting Modules and its Verification of Clinical Effectiveness

Other Titles
Development of Neuromuscular Stimulus System using Wearable Ultra-miniature Lighting Modules and its Verification of Clinical Effectiveness
Authors
박세형이종실김인영김선일
Issue Date
Feb-2009
Publisher
대한의용생체공학회
Keywords
Wearable device; Muscle testing; Laser irradiation; Neuromuscular Stimulus; Wearable device; Muscle testing; Laser irradiation; Neuromuscular Stimulus
Citation
의공학회지, v.30, no.1, pp.23 - 33
Indexed
KCI
Journal Title
의공학회지
Volume
30
Number
1
Start Page
23
End Page
33
URI
https://scholarworks.bwise.kr/hanyang/handle/2021.sw.hanyang/177215
ISSN
1229-0807
Abstract
It can be used easily to reduce rehabilitation and treatment time if diagnostic and therapeutic devices are attached to cloth or body. Therefore we developed neuromuscular wearable ultra-miniature lighting modules which can improve the neuromuscular function and verified its clinical effectiveness. The system is based on the ultra-miniature lighting treatment module and there are two types of systems. One of them is designed as an attached type and the other type is combined with clothing. The wearable ultra-miniature lighting module is composed of controller (battery, MCU, bidirectional transmitter and receiver), cable, treatment medium generating device and other peripheral devices. To verify the clinical effectiveness of this device, we observed the difference of the strength of a muscle before and after 650nm and 25mW laser irradiation on the reflex point for 1 to 4 seconds. Among 48 patients having the degenerative osteoarthritis, the muscle strength before and after irradiation of laser was 21.8±7.99 and 27.3±8.43. According to the result, the muscle strength after treatment was significantly increased (p〈0.01). To whom having difficulty in visiting to OPD(Out-Patient Department), doctors medically examine the patients and find the therapeutic point, attachment of this wearable ultra-miniature lighting module can function as self treatment (treating instrument) and treatment assist at home. If doctor can remotely control the patient and take part in treatment, the therapeutic device could contribute to prevention and care device. ± 7.99 and 27.3 ± 8.43 . According to the result, the muscle strength after treatment was significantly increased (p<0.01). To whom having difficulty in visiting to OPD(Out-Patient Department), doctors medically examine the patients and find the therapeutic point, attachment of this wearable ultra-miniature lighting module can function as self treatment (treating instrument) and treatment assist at home. If doctor can remotely control the patient and take part in treatment, the therapeutic device could contribute to prevention and care device.
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