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외관(外關)(TE5),협계(俠谿)(GB43) 자침이 SQUID로 측정한 뇌 청각영역의 뇌자도(腦磁圖) 변화에 미치는 영향
최찬헌 ( Chan Hun Choi ),라기웅 ( Ki Ung Ra ),장경선 ( Kyeong Seon Jang ),나창수 ( Chang Su Na ) 대한경락경혈학회 2006 Korean Journal of Acupuncture Vol.23 No.4
Objectives and Methods: Using the 2-channel DROS SQUID (Korea Research Institute of Standards of Science, 1999), the present study was carried out to record changes elicited in the auditory cortex by acupuncture stimulus on right TE5 (Waiguan) and GB43 (Xiaxi). Needle-retention stimulation of TE5 and GB43 were done for acquiring the brain activities changed by acupuncture. Acupoint TE5 and GB43 is known to be effective for the treatment of ear-related disease, such as deafness and tinnitus, and to be suspected to be related to the auditory cortex. Auditory evoked magnetic fields were recorded from the Left hemisphere of five subjects, in response to contralateral ear stimulation by irregularly spaced 170 msec Long 1kHz tone busts (Korea Research Institute of Standards of Science) Results and Conclusions: The result as follows. The Latency and amplitude of SQUID MEG responses at the human auditory cortex changed by needle-retention condition on TE5 were 4msec and 9.2 fT, respectively, which were slower and smaller than those of no-acupuncture condition. The Latency and amplitude of SQUID MEG responses at the human auditory cortex changed by needle-retention condition on GB43 were 7.2 msec and 1.6 fT, respectively, which were slower and Larger than those of no-acupuncture condition. The Latency of SQUID MEG responses at the human auditory cortex changed by needle-retention condition on GB43 condition was slower than that of TE5 acupuncture condition.
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