Biomagnetism is the study of magnetic fields produced by the nerves and muscles of the body. According to PubMed, 2026 marks the more than 60 years since the birth of this field of study. Interest in biomagnetism continues to grow and develop as researchers note results and innovative technologies that encourage new applications.

Biomagnetism, a holistic and non-invasive approach, works by using magnets to influence these energy fields. By applying magnets at specific points on the body, practitioners can help restore energy balance, enhance blood flow, and stimulate the body’s natural healing mechanisms. Research has shown that magnetic fields can influence cellular function, support the body’s detoxification processes, and even enhance the immune system.

“The body is made up of electromagnetic fields, which play a vital role in maintaining the body’s overall health. These electromagnetic fields can become imbalanced due to a range of factors, including stress, poor diet, illness, infection and environmental influences. When the body’s energy is misaligned, it can lead to discomfort, illness, and diminished vitality,” says Jennifer Woodson, licensed massage therapist.

Improved Circulation: Magnetic fields can help stimulate the flow of blood by influencing the movement of charged particles in the blood, which may increase oxygen delivery to tissues and promote the removal of waste products. This effect is thought to be particularly helpful for reducing symptoms of poor circulation, such as cold hands and feet.

Cellular Function: The movement of ions is crucial for the function of cells, particularly nerve and muscle cells. Magnetic fields can help optimize the function of ion channels in cell membranes, which may improve the ability of cells to respond to stimuli and enhance overall cellular health.

Inflammation Reduction: Magnetic fields can also influence the movement of ions in the body’s inflammatory response. By encouraging the movement of certain ions, magnets may help to reduce inflammation and the associated pain, especially in muscles and joints.