The effect of magnetism on the human body

Every substance has its function, and many substances that seem to be harmful to the human body are actually helpful to the human body. Magnetism is a substance often used in physics and chemistry. Many people believe that frequent exposure to magnetism is very harmful to the human body. But in fact, magnets also have certain benefits to the human body, and reasonable use of magnets can play a positive role. So, what effect does magnetism have on the human body?

The blood vessels in the microcirculation are 20 times thinner than a human hair. The length of the human body's microcirculation can circle the earth two and a half times. Microcirculation disorders can be said to be the source of all diseases. When blood flows under the influence of the magnetic field, microcurrent is formed in the human body. This force promotes the flow of blood, speeds up blood circulation, and increases blood supply by 10-15%.

2. Magnetic energy removes vascular free radicals

Human blood vessels are lifelong. When there are more and more impurities in the blood, they will be deposited on the blood vessel walls, making the blood vessels narrower and narrower, resulting in insufficient blood and oxygen supply to the organs. Magnetic energy can remove the garbage on the blood vessel walls, promote blood circulation, accelerate the movement and excretion of toxins in the body, and keep the internal environment clean.

Magnetic energy restores the negative charge on the surface of red blood cells, separates and breaks up the adhered cells, activates the energy of red blood cells, enhances the transport capacity of red blood cells, and promotes metabolism.

4. Promote the disappearance of inflammation and eliminate swelling and pain caused by inflammation

Magnetism can enhance local blood circulation, improve tissue permeability, facilitate the dissipation of inflammation and the absorption of exudates, and has an anti-inflammatory effect; magnetism can promote local blood circulation, accelerate the absorption and dissipation of inflammatory exudates, and has a detumescence effect; because magnetism can improve blood circulation and tissue nutrition, reduce the excitability of peripheral nerves, and promote the decomposition and transformation of pain-causing substances, it has an analgesic effect;

When the magnetic lines act on the blood vessel walls, they can adjust the nervous system, inhibit the disorder of autonomic nervous function, reduce the excitability of peripheral nerves, relieve muscle and smooth muscle spasms, and play a calming and tranquilizing role.