低周波交流磁界による生体内科学反応への影響

フォーマット:

論文

責任表示:

山田, 外史 ; 橋口, 敬 ; 細野, 隆次 ; 山本, 博 ; 別所, 一夫 ; 上野, 照剛 ; 谷本, 能文 ; Yamada, Sotoshi ; Hashiguchi, Takashi ; Hosono, Ryuji ; Yamamoto, Hiroshi ; Bessho, Kazuo ; Ueno, Shoogo ; Tanimoto, Yoshifumi

言語:

日本語

出版情報:

The Institute of Electrical Engineers of Japan = 電気学会, 1996

著者名:

山田, 外史

橋口, 敬

細野, 隆次

山本, 博

別所, 一夫

上野, 照剛

谷本, 能文

Yamada, Sotoshi

Hashiguchi, Takashi

Hosono, Ryuji

Yamamoto, Hiroshi

Bessho, Kazuo

Ueno, Shoogo

Tanimoto, Yoshifumi

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掲載情報:

電気学会論文誌C (電子・情報・システム部門誌) = IEEJ Transactions on Electronics, Information and Systems

ISSN:

0385-4221      

巻:

116

通号:

2

開始ページ:

187

終了ページ:

192

バージョン:

publisher

概要:

金沢大学理工研究域電子情報学系<br />Electromagnetic devices such as superconducting magnets, magnetically levitated vehicles and magnetic resonance imaging(MRI) create strong magnetic fields within their immediate vicinity. This has generated some c … oncerns over the effects that these fields may have on the outside environment and in particular on living organisms. 50/60Hz magnetic fields are of special concern because living organisms are exposed to them on a continuing basis.We investigate the influence of a strong 60Hz AC magnetic field of 1.2T on organisms. The high AC magnetic field is generated by using a multilayer eddy-current type AC magnetic generator developed in our laboratory. In this paper, in vitro experiments were performed with biochemical reactions, enzyme and restriction endonuclese activities.As a result, the magnetic field inhibited catalase activity slightly only in biochemical reactions. Other reactions such as β-galactosidase activity and restriction endonuclese activity were not influenced at all. The results suggest that high 60Hz AC magnetic fields may influence biological functions in some organisms. 続きを見る

URL:

http://hdl.handle.net/2297/00049778