Magnetic resonance imaging (MRI) has a superior soft-tissue contrast compared to other
radiological imaging modalities and its physiological and functional applications have led to …

Pain is one of the most common reasons why people seek medical care, which is related to
most disease states. Magnetic fields (MFs) can be applied locally to specific parts of human …

The effect of inhomogeneous static magnetic field (SMF)-exposure on the production of
different cytokines from human peripheral blood mononuclear cells (PMBC), ie, lymphocytes …

Extremely low-frequency magnetic fields (from DC to 300 Hz) have been shown to affect
pain sensitivity in snails, rodents and humans. Here, a functional magnetic resonance …

It has been shown that static magnetic field (SMF) of moderate intensity produces
considerable impact on biological systems. SMF can be homogeneous or inhomogeneous …

This review is aimed to summarize the experimental researches in the influences of static
magnetic field on laboratory rodent models, reported by laboratory scientists, experimental …

Background Compelling evidence exists that magnetic fields modulate living systems. To
date, however, rigorous studies have focused on identifying the molecular-level biosensor …

With the progress of modern science and technology, magnetic therapy technology
develops rapidly, and many types of magnetic therapy methods continue to emerge, making …

Previous observations suggest that static magnetic field (SMF)-exposure acts on living
organisms partly through reactive oxygen species (ROS) reactions. In this study, we aimed …

The purpose of this study was to investigate the effects of moderate‐intensity static magnetic
field (SMF) on diabetic mice. We studied the effects of SMF on blood glucose of normal mice …