They claim that how biomagnets work is based upon the body?s make up of cells and how they interact. The explanation: All cells that are alive are electrical; that is the outside of a cell has a negative charge and the inside, a positive charge. This combination of opposite charges allows the cell to function normally. When a part of the body becomes damaged, such as the body?s tissue, the damaged area responds with inflammation, which is caused by a lack of blood flow. This lack of blood flow blocks the body?s natural ability to provide oxygen and nutrients to the injured cells. Thus, the polarity of the cells gets out of whack. The role biomagnets play in aiding damaged tissue is based upon the belief that magnets can realign the cell?s polarity, which helps the cell get back to functioning normally. They claim that an increase in the diameter of the body?s blood vessels is also an affect of using a biomagnet on damaged tissue. This enlargement allows more blood, carrying rich nutrients and oxygen, to flow to the injured area and leave with tissue?s toxins. They also say that the magnet?s energy has been described as a catalyst, which speeds up biological processes and enables the body to heal itself and ease pain. This catalyst stimulates blood circulation, allowing more oxygen to be distributed all over the body.
Source : http://www.vanderbilt.edu
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