The Mechanical Vibration: Therapeutic Effects and Applications

The Electromagnetic Vibration: Physical Principles and Biomolecular Effects

Author(s): Livio Giuliani, Elisabetta Giuliani, Manuela Lucarelli and Raoul Saggini

Pp: 220-242 (23)

DOI: 10.2174/9781681085081117010010

* (Excluding Mailing and Handling)


Life on Earth has evolved in a sea of natural electromagnetic fields. Electromagnetic waves show a biological interaction with living matter, even when they are so weak (as in the case of the so-called long radio waves, which have frequencies lower than 80 kHz) to have non-thermal effects, which seem to be both negative and positive, depending on the frequency and on the coupling with the geomagnetic field. Many studies report that exposure to man-made electromagnetic fields affects cellular and systemic function and metabolism, with risk for malignancy and pharmacological effects. Hence, the employment of low-frequency electromagnetic fields – especially pulsed electromagnetic fields – seems to be promising, having potential applications in biomedical engineering, biotechnology, biology, oncology, and regenerative medicine.

Keywords: Blackman-Liboff-Zhadin effect, Electromagnetic fields, coherent domains, extremely low frequency, microbiological spectroscopy, pulsed electromagnetic fields, regenerative medicine, thermal and non-thermal effects, tumor-specific frequencies.

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