The strong magnetic properties of magnets have led to their use in many modern technical, medical and dental fields. Neodymium magnets seem to hold great promise for diagnostic and therapeutic purposes. It has been the subject of recent research. This review provides a brief overview of the definition, history and properties of rare earth magnets. In addition, the effects on body systems, tissues, organs, diseases and treatments are outlined.
Neodymium is a chemical element that was discovered by Karl Auer in Vienna in 1885. This element, which has a silvery-white metallic colour, belongs to the lanthanide family, a subgroup of the rare earth elements in the periodic table of elements, and oxidises rapidly in air.
In nature, neodymium does not exist in metallic or mixed forms with other lanthanides. Nevertheless, it is refined for general use and mined in the USA, Brazil, India, Australia, Sri Lanka and mainly in China.
Neodymium magnets are integrated into medical devices, such as magnetic resonance imaging equipment, for the diagnosis and treatment of chronic pain syndromes, arthritis, wound healing, insomnia, headaches and several other conditions that produce static magnetic fields. These magnets are believed to have therapeutic properties and are therefore sometimes referred to as "magic magnets".
Your body naturally has a magnetic and electric field. All your molecules contain a small amount of magnetic energy. The idea behind magnetic field therapy is that specific problems occur because your magnetic field is out of balance. If you place a magnetic field near your body, it is believed that everything will return to normal. Calcium and potassium plasma help your cells to send signals. In tests, scientists have seen that magnets change the way these ions behave.
Due to the increased use over the last few years, magnetic therapy research is becoming increasingly important in the medical field. Soon the body will be producing electrical impulses and magnetic fields and can therefore benefit from magnets. According to scientific research, magnetic therapy helps to promote the health of the body's systems by
One study showed that blood flow was reduced inside tumours exposed to a fixed magnetic field. However, in tissues without tumours, magnetotherapy increased platelet activity. As a result, the increased platelet activity and microcirculation led to faster wound healing.
A study has shown that the magnetic field is compatible with neurological studies and does not cause damage to the nervous system or disrupt the study parameters. It produces a powerful magnetic field in rTMS and serves as an effective therapy for depression. In addition, it is beneficial because this therapy does not require anaesthesia, thus avoiding possible side effects.
A study using rabbits showed that neodymium magnets in the scaffold prevented the damaged femoral epiphysis from moving, resulting in faster tissue regeneration.
Neodymium magnets are valuable in surgical procedures, including colon endoscopy. Due to the laparoscopic nature of the procedure, it facilitates rapid access to the tumour and faster recovery for the patient.
Due to the size and significant force of attraction, neodymium magnets hold orthodontic restorations in place.
Neodymium magnets are strong enough, even in small quantities. Furthermore, the element is part of the periodic table of elements and is truly rare. However, it is becoming increasingly useful in surgery and treatment, and there are many indications that it has a promising future.
To find out more about neodymium magnets, please visit our website https://www.horizonmagnet.com.
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