The neodymium magnets are incorporated in medical devices such as magnetic resonance imaging devices to diagnose and treat chronic pain syndrome, arthritis, wound healing, insomnia, headache, and several other diseases abilities to generate a static magnetic field. These magnets are thought to have a curing effect and are therefore sometimes called "magic magnets."
Your body naturally has magnetic and electric fields. All your molecules have a small amount of magnetic energy in them. The thought behind magnetic field therapy is that specific problems happen because your magnetic fields are out of balance. If you put a magnetic field near your body, it's believed things will go back to normal. Ions like calcium and potassium help your cells send signals. In tests, scientists have seen magnets change how these ions act.
Magnetic therapy research has become increasingly important to the medical field because of the increase in usage in the last few years. Shortly, the body creates electrical impulses and magnetic fields and can thus benefit from magnets. According to scientific research, magnetic therapy works to support wellbeing in the body's systems:
A research study revealed a reduction in blood flow inside tumors exposed to fixed magnetic force fields. However, in tissues with no tumors, magnetic therapy increased platelet activity. As a result, the increase in platelet activity and microcirculation results in faster wound healing.
The Neural System
A study showed that magnetic fields are compatible with neural research without causing damage to the neural system or disrupting the study's parameters.
It creates a strong magnetic force field in rTMS as an effective therapy for depression. Also, it is beneficial as this therapy doesn't need anesthesia, thus avoiding possible side effects.
The Skeletal System
A study using rabbits revealed that neodymium magnets in a scaffold prevented movements in the damaged epiphysis of the femoral bone, enabling tissue regeneration faster.
The GIT System
Neodymium magnets are valuable in surgeries, including endoscopic surgeries in the colon. It aids in accessing the tumors quickly and in quicker recovery of the patient due to the laparoscopic nature of the surgery.
Due to the size and vital forces of attraction, neodymium magnets keep orthodontic prosthetics in place.
Neodymium magnets are powerful enough, even when in small amounts. Moreover, the element is part of the periodic table elements and is truly rare to come across. Nevertheless, it is increasingly practical in surgeries and therapy, with numerous indications of a promising future.
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