The improving effect of magnetism on microcirculation
Magnetic fields can improve microcirculation, adjust blood vessel nerve functions through the action of meridian acupoints, stimulate the receptors of human skin tissue, reflexively cause blood vessels to dilate, and produce microthermal effects through the action of magnetic fields. Changes in microcirculation are the basic basis for the anti-inflammatory, detumescent and analgesic effects of magnetic fields.
Effect of magnetism on the absorption of trace elements and minerals
The blood contains a large amount of charged ions such as potassium, sodium, calcium, and iron. Under the action of the magnetic field, the movement speed of these ions is accelerated, the movement speed of red blood cells is also accelerated, the aggregation of red blood cells is reduced, and the body's absorption of trace elements and minerals is promoted.
Magnetism improves cell metabolism
There is a trace magnetic field in the movement of charges in human tissue cells. The weak magnetic field of the cell nucleus and cell wall is enhanced due to the external magnetic field force, that is, the movement of charges and oxidation reactions are enhanced; and due to the improvement of microcirculation, the blood flow is smooth, the oxygen and nutrient supply and the waste discharge function are enhanced. Therefore, the exchange of substances between tissue cells and blood is enhanced, thereby promoting the metabolism of tissue cells.
Effects of magnetism on cardiovascular and cerebrovascular systems
The magnetic field can reduce the blood viscosity and red blood cell aggregation of patients with cerebrovascular diseases. After blood magnetic therapy, most blood rheology parameters of patients with hyperviscosity syndrome have obvious changes, reducing the formation of blood clots and preventing and treating cardiovascular and cerebrovascular diseases.
Effects of magnetism on endocrine system
The effect of magnetic fields on endocrine function is mainly reflected in activating adrenal function and increasing the content of 11-oxycorticosterone in adrenal tissue in plasma. At the same time, the effect on thyroid function is reflected. Under the influence of magnetic field, iodine in the thyroid gland and plasma protein-bound iodine are significantly increased.
Effects of magnetism on increasing bone density
Under the action of the magnetic field, it will cause changes in the bioelectricity of the organism, promote chondrocytes, chondrocytes and osteocytes to release a large amount of calcium, thereby accelerating the deposition in the fracture area and accelerating the maturation of callus.
After the application of magnetic field, the swelling and pain of fracture patients are significantly reduced. The magnetic field increases local blood circulation and improves local nutritional status, which is a favorable factor in promoting callus growth.
Effects of magnetism on spinal problems
Magnetic therapy generates a magnetic field in the waist, reducing the pressure in the intervertebral disc by 25%-30%. The magnetic field has the effects of anti-inflammatory, analgesic, relaxing meridians, promoting blood circulation and removing blood stasis, and removing swelling and dampness.
The effect of magnetism on the male prostate
Magnetic therapy is a new and effective rehabilitation method for chronic prostatitis, because it has the effect of dilating blood vessels, which can improve the blood circulation and nutrition of local tissues, thereby clearing inflammatory substances, promoting the absorption and dissipation of exudates, reducing edema, improving tissue acidosis, and enhancing the body's immunity. It can play an anti-inflammatory, analgesic and detumescent role in chronic prostatitis.
The role of magnetism in improving immunity
Magnetic therapy can improve the skills of the immune system and stimulate the phagocytic ability of macrophages in the body. Many people who use magnetic therapy products report that they rarely catch colds and other symptoms are significantly reduced. This is the result of magnetic therapy improving immunity.
Effect of magnetism on female breast hyperplasia
Mastodynia is an early manifestation of breast hyperplasia. Due to the imbalance of endocrine hormones, breast congestion and edema cause pain, which leads to the aggravation of breast tissue hyperplasia. Under the action of the magnetic field, the swelling is eliminated and reduced, so that the feeling is no longer oppressed, and the pain is reduced or disappears. The magnetic field directly acts on the nerve sensory endings, reducing the activity of the hydrolase of the pain-causing substance, so that the level of the analgesic substance is below the pain threshold, and no pain is caused.
The effect of magnetism on sleep
Magnetic therapy has been widely used to improve sleep quality, such as magnetic quilts, magnetic pads, magnetic pillows, etc. The biomagnetic field in these beddings can effectively adjust the biological clock and improve sleep quality by supplementing magnetic lines to cells and even the entire human body, and adjusting the balance of the human magnetic field. It can also achieve the purpose of controlling the depth and time of sleep, greatly improving sleep efficiency, and shortening sleep time.
Effects of magnetism on varicose veins and vascular inflammation
Inflammation can lead to blood blockage and local edema. After the magnetic field acts, as microcirculation improves, the accumulation in the cells will precipitate and be taken away, thus playing a role in reducing swelling. And because the blood flow is smooth, the body's immune system can contact the inflamed area in large quantities, playing a role in reducing inflammation.
Effects of magnets on bones and joints
The effect of magnetic field rehabilitation is to reduce inflammation, swelling and pain, reduce joint injury factors, and help prevent further inflammation of the lesion; it can also reduce the protein content in the swollen area, lower the osmotic pressure, and reduce water content to help reduce swelling; it can also dilate blood vessels, speed up blood flow, reduce local tension, and reduce or eliminate the pressure on sensory nerve endings.
The beneficial effect of magnetism on connective tissue damage
Magnetic fields have the ability to promote wound healing and accelerate tissue healing. After magnetic therapy, significant proliferation of small blood vessels and capillaries, vasodilation, congestion, and swelling of endothelial cells occurred, indicating that static magnetic fields can promote small blood vessels and capillaries. Blood vessels proliferate and accelerate epidermal growth, thus promoting ulcer healing.
Magnetic fields can not only accelerate the healing of soft tissue injuries, but also promote the healing of hard tissue fractures.
Effect of magnetism on blood coagulation
When the magnetic field is applied for a longer time, the blood coagulation property decreases, the coagulation time starts to slow down, the platelet content decreases, the activity of factor XII also decreases, the plasma recalcification time increases significantly, and the plasma tolerance to heparin decreases, thus achieving the effect of blood coagulation.
Effects of magnetism on osteoporosis
Magnetic fields can promote the growth of bone cells, which in turn promotes bone formation and increases bone density. Magnetic fields can inhibit osteoclasts from breaking down bone and prevent osteoporosis. Magnetic fields can promote the formation of bone collagen, which is beneficial to bone repair.
The effect of magnets on pain relief
Magnetic therapy can improve local blood circulation and tissue nutrition, accelerate the absorption of inflammatory exudates, reduce the excitability of peripheral nerves, increase the body's pain threshold, and promote the decomposition and transformation of pain-causing substances; it has obvious analgesic effects. It is suitable for traumatic pain and neuropathic pain, especially for soft tissue injury pain.
The above content comes from the Internet, clinical research, journals, books and other platforms and does not represent the views of this website.
References:
[1] Zhou Wansong. Progress in the application of magnetic therapy for internal medicine diseases [J]. Biomagnetism;
[2] Yang Zhen, Wo Xingde. Progress in clinical research on magnetic therapy[J]. Journal of Modern Integrated Traditional Chinese and Western Medicine;
[3] Zhou Xiao, Chen Zhigang, Gong Yanfei, et al. 86 cases of intermittent insomnia treated with magnetic therapy of head acupoints [J]. Zhejiang Journal of Traditional Chinese Medicine;
[4] Magnetic therapy - a guide to natural therapy.[US] William H. Philpott, [US] Dwight K. Kalita, [US] Linwood Lothrop Publisher: China Aerospace Press