Fully adjustable electromagnetic field biological effect loading device and electromagnetic field loading method

Abstract

The invention discloses a fully adjustable electromagnetic field biological effect loading device and an in vivo and in vitro electromagnetic field loading method thereof. The device comprises a driving power supply (1), a driving unit (2), a magnetic field mechanism (3), a control power supply (4), a control unit (5) and a display unit (6), wherein the driving power supply (1) is connected with the driving unit (2) and the magnetic field mechanism (3); the driving unit (2) is directly connected with the magnetic field mechanism (3); the control power supply (4) is connected with the control unit (5) and the display unit (6); and the control unit (5) is connected with the driving unit (2) and the display unit (6).

Description

technical field [0001] The invention relates to a fully adjustable electromagnetic field biological effect loading device and an electromagnetic field loading method, which belong to the interdisciplinary field of physics and biology. Background technique [0002] Pulsed electromagnetic field is a kind of high-energy non-ionizing radiation. It is a magnetic field effect with intermittent pulses generated by current passing through the Helmtz coil. Among them, the application value of low-intensity pulsed electromagnetic field in the medical field has attracted more and more attention from the majority of scientific researchers. . The so-called low-intensity pulsed electromagnetic field refers to a low-frequency, low-intensity modulated magnetic field with a frequency of 1-100 Hz and an intensity lower than 100 Gs. Other studies have found that electromagnetic fields have obvious biological effects on body tissues. [0003] Electromagnetic fields are most widely used in the...

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Problems solved by technology

[0004] With the deepening of research on electromagnetic fields, more and more scholars have begun to enter this field, but because the biological effects of electromagnetic fields are greatly affected by the properties of the electromagnetic field itself, the loading time of electromagnetic fields, pulse frequency, duty cycle, carrier frequency, The carrier power-on time, carrier power-off time and electromagnetic field loading interval will all affect its biological effects

Researchers often use some specific preset values ​​to study the effects of electromagnetic fields. The results are difficult to compare, and the consistency of the results is poor. It is difficult to form a complete understanding of the biological effects of electromagnetic fields.

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