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[磁排列介质的微场对梅毒螺旋体的影响。1]

[Effect of microfields of magnetically aligned media on Treponema pallidum. 1].

作者信息

Milich M V, Fedorova D L, Skripkin Iu K

出版信息

Vestn Dermatol Venerol. 1989(1):29-34.

PMID:2655344
Abstract

An end ferromagnetic masking of T. pallidum has been revealed; this phenomenon appears to help the bacterium orientation in human body under the effects of both the external electromagnetic fields and the internal sources of such fields in the body. The studies have demonstrated the primary physicochemical mechanism of the magnetic field action of T. pallidum--human body biological system. A magnetically regulated medium (MRM) is a tool altering the characteristics of the biological material and revealing the new properties of the pathogenic bacterium. This latter fact promotes search for new approaches to the suppression of T. pallidum and, probably, other pathogens' infectious activities. Immediate degradation of T. pallidum in thin MRM suggests a possibility of creating potent antibacterial coating for working elements of medical instruments.

摘要

已发现梅毒螺旋体存在末端铁磁屏蔽现象;这种现象似乎有助于该细菌在外部电磁场以及人体内部此类场源的作用下在人体中定向。研究揭示了梅毒螺旋体 - 人体生物系统磁场作用的主要物理化学机制。磁调节介质(MRM)是一种改变生物材料特性并揭示致病细菌新特性的工具。后一事实推动了寻找抑制梅毒螺旋体以及可能抑制其他病原体感染活性的新方法。梅毒螺旋体在薄磁调节介质中迅速降解表明有可能为医疗器械的工作元件制造高效抗菌涂层。

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