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Pain treatment for PEMF therapy

Pain Treatment

The problem of pain treatment is an urgent health and socioeconomic issue. Pain exists in acute, recurrent, and chronic forms. It is common across all ages, cultural backgrounds, and genders. They estimated American adults spend between US$10,000 and US$15,000 per person each year. Estimates of the cost of pain do not include 30,000 deaths of aspirin-induced gastric damage in North America each year. 17% of people over the age of 15 suffer from chronic pain, which affects their normal daily activities. Studies have shown that at least a quarter of adults in North America suffer from some form of pain. Such a large pain population depends on the medical profession to provide drug treatment. Many doctors now refer patients with chronic pain to non-drug therapies, “complementary and alternative medicine”. To reduce drug dependence, invasive surgery, and/or side effects. A challenge is to find possible invasive, toxic, difficult, and expensive methods.

The ability to relieve pain is variable and unpredictable, depending on the source or location of the pain. Whether it is acute or chronic. The mechanism of pain is complex, involving the central and peripheral nervous systems. We must tailor the treatment to the specific characteristics of the individual patient’s pain process. Psychological issues have a significant influence on whether and how pain is experienced and whether it will become chronic pain. The most effective pain management strategy requires multiple concurrent approaches, especially for chronic pain. A single model rarely solves a problem.

Pain treatment

In recent years, people studied a new method. This includes the use of magnetic fields (MF) generated by static (permanent) and time-varying (most commonly pulsed) (PEMF) magnetic fields. We evaluated fields of various intensities and frequencies. There is still no “gold standard”. The chosen field will vary based on experience, confidence, convenience, and cost. Since associated with MF does not seem to have any significant advantages. Because of the unpredictability of determining the true potential source of pain, regardless of the assumed pathology. Any method can be used, and the treatment can adjust according to the condition. Reply. After thousands of years of use by patients around the world. People found the risks associated with MF therapy are tiny. It related the main preventive measures to implanted electronic devices and pregnancy and seizures. These patients have certain types of frequency patterns that are prone to seizures.

Magnetic fields affect pain perception. These actions are both direct and indirect. The direct influence of the magnetic field is the activation of neurons, take measures calcium ions. The membrane potential, the level of endorphins, the level of nitric oxide, dopamine, the effects of acupuncture, and nerve regeneration. It reflected the indirect benefits of magnetic fields to physiological functions. In circulation, muscles, edema, tissue oxygen, inflammation, healing, prostaglandins, cell metabolism, and cell energy levels.
Most pain studies use subjective measures to quantify baseline and outcome values. The subjective perception of pain using the visual analog scale (VAS). The pain chart has 95% sensitivity and 88% precision for current pain neck, shoulders, and thoracic spine.

Pain management

The measured pain intensity (PI) varies with pain relief and satisfaction with pain management. According to an average of 33 reduced the Digital Descriptor Scale (NDS) and Visual Analog Scale (VAS)%. PI declines of 5%, 30%, and 57% are associated with “no,” “any/partial,” and “significant/whole” relief. If the baseline PI score is moderate/severe pain (NDS> 5). The PI must reduce by 35% and 84% to achieve “partial/partial” and “significant/complete” relief. Patients with less pain (NDS <or = 5) need to reduce PI by 25% and 29%. However, pain relief seems to only improve overall satisfaction with pain treatment.

Several authors reviewed the experience of pulsed magnetic therapy (PEMF) in Eastern and Western Europe. We have used PEMF in many medical conditions and disciplines. They are most effective in treating rheumatic diseases. PEMF reduces pain, improves spinal function, and reduces paravertebral spasms. Although PEMF has proven to be a powerful tool, we should always consider it with other treatment procedures.
Certain pulsed electromagnetic fields (PEMF) can affect the growth of external bone and cartilage and may treat arthritis. PEMF stimulation has proven to be an effective method to treat advanced fractures. May use in osteoarthritis, osteonecrosis, osteoporosis, and wound healing. Sometimes electrostatic magnets can relieve pain.
The ability of PEMF to affect pain depends on the ability of PEMF to affect the human anatomy or physiological system. Studies have shown that therapeutic PEMF impressed the human nervous system. Light affects the physiological and behavioral responses of animals to static and low frequency (ELF) magnetic fields.


One of the most reproducible results of exposure to weak low frequency (ELF) magnetic fields (MF). The effect on neural pain signal processing. A pulsed electromagnetic field (PEMF) has been designed as a therapeutic agent to treat chronic pain in humans. Recent evidence shows that PEMF will also be an effective adjunct to handle patients with acute pain. Recent studies showed that magnetic field therapy involving foot balance manipulation. Can determine the cause of chronic pain, diagnosing underlying disease states. It has also shown static magnetic field devices with strong gradients to have therapeutic potential. Placed static magnetic field devices, such as the Imaginable device. Has been shown to reduce nerve action potential outside the body and relieve pain measured in the human spine. Human studies involving the induction of analgesia, whether using medication or magnetic treatment. Must also consider the response to placebo, which can explain up to 40% of the analgesic response. However, the placebo response, or at least the central nervous system mechanism responsible for the placebo response. Maybe a suitable target for magnetic field-induced therapy. In animal behavior studies and subjective measurement studies involving human subjects. Manipulate the magnetic field of cognitive and behavioral processes has shown. This may also be one mechanism of using MF in pain treatment.

PEMF Therapy

Since the turn of the century, various electrotherapy, magnetic therapy, and electromagnetic medical devices. Emerged to treat a wide range of wounds, tumors, and infections using static, time-varying, and/or pulsed fields. Over the years, some of these non-invasive devices have proven to be very effective in certain applications. Especially bone repair, pain relief, autoimmune and viral diseases (including HIV), and immune enhancement. Its acceptance in clinical practice is very slow in the medical community. Practitioners’ endurance seems to be based on confusing different modes, the wide range of frequencies used (from ELF to microwave). The general lack of understanding of the biomechanics involved. Current scientific literature shows that short-term and regular exposure to pulsed electromagnetic fields (PEMF). Has become the most effective form of electromagnetic therapy.

An increase in the sensitivity threshold to pain and activation of the anticoagulant system accompanies magnetic therapy. Pulsed electromagnetic field treatment stimulates produce opioid peptides activates mast cells, Langerhans cells. Merkel cells promote vacuolation of the sarcoplasmic reticulum and increase the electrical capacity of muscle fibers. In 87% of cases, PEMF treatment can repair long bone fractures. Have not connected for 4 months to 4 years for 14-16 hours a day. The FDA has approved some of these devices. PEMF with a field strength of 1.5 or 5 MT has proven to be useful for edema and pain. Before and after surgery. The research results and experience of PEMF advocate implement PEMF treatment technology into clinical practice more widely.


Treat the bone disease, regeneration of nerves and ligaments, pain, and inflammation. Have facilitated the study of basic mechanisms of action. These studies focused on the effects of changes in membrane transport activity. Minor changes in ion flux on metabolism, cAMP levels, and mRNA stimulation, and protein synthesis. A specific combination of a few EMF parameters stimulates cell activity. These specific characteristics of the deviation field can have the opposite effect. PEMF 15-360 minutes increases amino acid intake by about 45%. Then the AIB intake decreased, but it was still higher than the control group after 6 hours of skin exposure. Compare the effect of PEMF on the 2 hours by inducing the conformational changes of transmembrane energy transport enzymes. Allow the energy coupling and absorption of PEMF resonance energy to be transduced in the transport work.

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Since 1990, Italy has been studying the effect of electromagnetic fields on the response of animals to adverse environmental stimuli. Researchers show ELF reduces the density of pigeon brain mu-opioid receptors by about 30% and reduces their perception of pain. Canadian researchers found similarities with different MF in mice and snails. Studies found that contact with healthy people for 2 hours can reduce pain and reduce pain-related signals in the brain. They found that treatment with a sign intermediate frequency of 100 Hz can induce analgesia and therapeutic effects. Which is supported by cell culture and evidence of biophysical effects in guinea pigs. They found biochemical changes in the blood of the treated patients, supporting the benefit of pain relief.

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They have shown various magnetic fields with unique properties to reduce pain inhibition (ie analgesia) in various animals. These include land snails, mice, pigeons, and humans. Rotating 0.5 Hz MF, 60 Hz ELF magnetic fields, and MRI reduced the analgesia induced by exogenous opioids (ie morphine). And endogenous opioids (ie stress-induced). Not only can the animal be exposed to a variety of different magnetic fields. But also a brief stay in a near-zero magnetic field, the analgesia caused by stress, can reduce. This shows that even for magnetic fields, for other environmental factors (ie, temperature or gravity). Changes in the normal conditions of species evolution can cause changes in physiology and behavior.

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Various electromagnetic fields (electromagnetic fields: microwaves, pulses, low-frequency, and constant magnetic fields, and magnetic shielding spaces). Have applied to the heads or limbs of fish, birds, mice, rats, cats, rabbits, and humans. Arrange false exposures from 1 to 60 minutes at intervals of several minutes to several hours. Use psychophysiological, behavioral, electrophysiological, and histological methods. To study brain responses and compare them with responses evoked by “standard” stimuli (light and sound). Research over the years has shown that the brain has a non-specific initial response (NSIR) to various electromagnetic fields. We consider changes in brain function caused by EMF to be “regulatory”. So exposure to EMF is more likely to produce sensory responses than false exposure. The sensory response weak pain, tingling, pressure, etc. mediated by the body’s sensory system. Local anesthesia in the exposed area can prevent reactions. The EEG response is enhanced low-frequency rhythms, especially when the brain is injured by mechanical or radiation. Cell analysis shows that all cell types (neurons, glial cells, blood vessel wall cells). Respond to electromagnetic fields, and astrocytes are the most sensitive; Someone is well known that astrocytes function and memory processes and slow EEG Figure activities related.

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Reduced circulation or perfusion of the affected tissue. Such as angina or intermittent claudication accompany chronic pain. They have shown PEMF to improve circulation. Because of the immediate vasodilation of the low-frequency field and the increase in cerebral blood perfusion of the animal. The infrared radiation of the skin increases. Pain syndrome caused by muscle tension and neuralgia has also improved.

Another group has over 20 years of experience in using magnetic or electromagnetic fields (EMF). To treat 1,500 patients with trauma, musculoskeletal diseases, circulatory and nervous system problems. They used various magnetic equipment produced in Eastern Europe, including static magnetic fields (SMF). Sinusoidal or low-frequency PEMF (ELF-EMF), and high-frequency EMF (EHF) with field strengths of 1 to 40 mT. The duration of treatment ranges from 20 to 30 minutes per day to 5 to 8 hours per day. With a maximum duration of 3 to 4 weeks. These treatments have anti-pain, anti-edema, anti-inflammatory, macroscopic, and microcirculation benefits. The result of the treatment depends not only on the parameters of the field. But also on the individual sensitivity of the organism.
PEMF can vary very much in frequency, waveform, harmonics, and duty cycle. The effective result was found in clinical very-low-frequency PEMF.

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Back pain is popular in North America. Lumbar arthritis is a common cause of back pain. 35-40 mT PEMF, 20 minutes a day for 20-25 days, treated back pain. It confirmed this in 220 patients and 60 controls. Relieve or eliminate pain, improve rehabilitation and secondary neurological symptoms. It is best to use it during treatment, about 90-95% of the time. The control patient showed only a 30% improvement.
Using PEMF to treat chronic back pain for 2 to 12 years (other treatments failed) also improved. In single-blind and double-blind studies of patients aged 41 to 82 years. They used PEMF for 20 to 45 minutes at the painful site and related trigger points. In the frequency range of 7 Hz to 4 kHz. The field strength ranges from 5 to 15 G. A visual analog scale (VAS) was used to measure eliminate pain. The VAS value is 0, painless to 10, and the maximum pain before and after each treatment is recorded. Some patients have no pain for 6 months after treatment. Some people have returned to work that they could not complete. The short-term effects are thought of as a decrease in cortisol and norepinephrine and an increase in serotonin, endorphins, and enkephalins. The long-term effects maybe because of the biochemical and neuronal effects of the central nervous system and peripheral nervous system. Which was correct pain information occurs, and the pain is not only masked like a drug.

ALSO READ: Pulsed Electromagnetic Field Therapy (PEMF) Machine- 7 best tips before buying

The benefits of using PEMF can last longer than the duration of use. In rats, a single exposure relieved the pain after treatment and 24 hours after treatment. They also observed analgesic effects on the 7th and 14th days of the repeated treatment. On the 7th and 14th days after the last treatment.
The high-frequency pulsed electromagnetic field of 10-15 single treatments every other day eliminates or improves 80% of pelvic inflammatory patients. 89% of back pain, 40% of endometriosis, and 80% of postoperative Pain. Even 2 weeks after treatment, 83% had unexplained lower abdominal pain.

Post-herpetic neuralgia (PHN) is a common and painful condition that is resistant and responds to stimuli from pulsed magnetic fields (PEMF). Whole-body alternating magnetic fields (ACMF). PEMF treatment is 20-30 minutes a day, lasting 19 treatments, lasting 34 days. ACMF treatment is 30 minutes a day, lasting 38 treatments, lasting 85 days. PEMF is a 4-16 Hz 0.6-T Samarium/Cobalt magnet system surrounded by spiral pads with a maximum pulse of 0.1-T at 8 Hz. These pads stick to the pain/paraesthesia area. The ACMF treatment bed comprises 19 electrodes containing a pair of coils, which can generate 0.08 T sine wave pulses. They apply three electrodes to the head area; it applied 3 to the thoracic-abdominal area; it applied 4 to the thoracolumbar area, 6 apply to the upper limbs, and 3 apply to the upper limbs. Lower limbs. Both treatments continue until symptoms improve, or adverse side effects occur. A 10-point VAS score was used for pain and a 5-point score for paresthesia. The results were checked by infrared thermal design and a Doppler ultrasound to assess blood flow. The effective rate of PEMF treatment is 80%. There is no worsening of pain. The effective rate of ACMF treatment is 73%. After the first treatment, the average pain score of PEMF was better than that of ACMF.

By using PEMF is increasing and has expanded from its initial application to soft tissue to hard tissue. Electromagnetic fields in current orthopedic clinical practice are used to treat advanced loose fractures. Rotator cuff tendinitis, spinal fusion, and avascular necrosis. All of which can be very painful. The relevant response to PEMF is not always immediate, and they require several months of daily treatment with nonunion fractures. PEMF signal produces a maximum electric field in the mV/cm range at frequencies below 5 kHz. The pulsed radiofrequency (PRF) field comprises bursts of sine waves in the temporary band between 14-30 MHz. PRF will sense the field in the V/cm range. The PRF signal has a higher field strength than PEMF. The PRF signal has a low-frequency pulse train almost equal in size to the PEMF. This means that the PRF signal has a wider frequency band. PRF application is best for reducing pain and edema. The tissue inflammation that accompanies most trauma and chronic injury critical to the healing process; however, the body often overreacts, and the resulting edema can lead to delayed healing and pain.

Therefore, for musculoskeletal and soft tissue injuries, as well as chronic, post-traumatic, and post-surgical wounds. By reducing edema is an important treatment goal for accelerating healing and related pain. Double-blind clinical studies for repairing chronic wounds, acute ankle sprains, and acute whiplash injuries have now been reported. PRFs sped up to reduce edema from acute ankle sprains by a factor of five. The response to MF is during or after acute injury treatment. The response to bone repair is slower. PRF induces voltage changes at the binding site of macromolecules to affect binding kinetics. It regulates the biochemical cascade related to the inflammatory phase of tissue repair.

In a double-blind, placebo-controlled trial to study, treat persistent neck pain. A low-power pulsed shortwave 27 Hz diathermy system was used to reduce pain and improve mobility. Neck pain lasts for over 8 weeks and has no response to at least one course of non-steroidal anti-inflammatory drugs. It equipped a soft neck brace with a miniature pulsed short-wave diathermy generator. Two 9V batteries power each unit, the frequency is 27MHz. The treatment time is 3 to 6 weeks, 8 hours a day. Analgesics and non-steroidal anti-inflammatory drugs can be used as needed. 75% of cases improved their range of motion and pain within 3 weeks after treatment.
PEMF applied to the inner thigh for at least 2 weeks is an effective short-term treatment for migraine. Prolonged exposure can further reduce headache activity. Using PEMF with a 27.12 MHz signal to the femoral artery area in the thigh. It can relieve headaches for 1 hour/day, 5 days/week, and 2 weeks.
One month after a course of treatment, 73% of cases reported reduced headache activity. Compared with only half of the subjects receiving a placebo. The additional 2 weeks of treatment after the 1-month follow-up resulted in an additional 88% reduction in headache activity. There is no further treatment after the initial course of treatment, 72% of patients will still show benefit. After that, placebo victims who received active treatment reported better and further improvements in headaches.

Repetitive magnetic stimulation (RMS) has been found to relieve musculoskeletal pain. The specific diagnosis is shoulder pain with an abnormal supraspinatus tendon. Tennis elbow, ulnar compression syndrome, carpal tunnel syndrome, semi-lunar bone injury. Traumatic median nerve amputation neuroma, persistent upper and lowers back muscle spasm, internal hamstring tendinitis. Patellofemoral osteoarthritis, heel osteochondrosis, posterior tibial tendonitis. The patient received RMS treatment for 40 minutes. RMS applied. 8,000 pulsed, they applied magnetic stimuli during a 40-minute session. VAS assesses the severity of pain. Compared with patients treated with sham surgery, it reduced the average intensity of pain by 59%. Patients with amputation neuroma and patellofemoral arthritis did not benefit. In patients with upper back muscle spasms, rotator cuff injuries, and heel osteochondral injuries. Even after one RMS training session, the pain reduced by over 85%. Pain relief lasted for several days. Neither need to make their pain worse.

The results got so far using PEMF treatment in animal models. Human clinical studies show that this type of treatment can reduce edema. But only during the treatment period. By applying PRF for 20-30 minutes will reduce edema that lasts for several hours. PRF seems to affect sympathetic nerve outflow and induce vasoconstriction. Which restricts the move of blood components that promote edema from blood vessels to extravascular components at the injury site. The current passing through the tissue replaces the charged plasma proteins found in the interstitium of injured tissues. This increased fluidity can speed up absorb proteins by the lymphatic capillaries, increasing lymphatic flow. Which is the established mechanism that absorbs extracellular fluid. Each pathological stage of the disease may require different PRF parameters to get the best results. PRFs promote heal soft tissue injuries by reducing edema and increasing the absorption rate of bruises.

In the United States, osteoarthritis (OA) affects 40 million people. Knee OA is one of the leading causes of disability in the elderly. Medication is ineffective and creates an additional risk of side effects. We have used QRS in Europe for about 20 years. QRS application for 8 minutes, twice a day for 6 weeks, improved knee joint function and walking ability. Pain, general condition, and well-being have also improved. Using drugs reduced, the plasma fibrinogen reduced by 14%. The C-reactive protein was reduced by 35%, and 19% reduced the erythrocyte sedimentation rate. It has also shown QRS to be effective for degenerative arthritis, pain syndromes, and inflammatory joint diseases. Sleep disorders cause increased pain. They have also found that QRS can improve sleep. 68% reported good/excellent results. Even after a year of follow-up, 85% of people claimed to reduce pain. Drug consumption dropped from 39% at 8 weeks to 88% after 8 weeks.

PEMF lasting 15 minutes in 15 courses improved hip arthritis pain in 86% of patients. The average mobility without pain improved.
Sudeck-Leriche post-traumatic syndrome (advanced reflex sympathetic dystrophy-RSD) is a very painful and incurable pain. 10 times 30 minutes 50 Hz pulsed electromagnetic field. Then another 10 times 100 Hz pulse plus physical therapy and drug treatment, on the 10th day the edema and pain were relieved, and on the 20th day, there was no further improvement.

The patient with headache received 5 years of pulsed electromagnetic field treatment after acupuncture and medication failed. They apply a pulsed electromagnetic field to the whole body for 20 minutes/day for 15 days. It is effective for migraines, tension, and neck headache after one month of treatment. Their headache frequency or intensity has reduced by at least 50%, and their use of painkillers has reduced. Poor cluster results and post-traumatic headaches were observed. Patients with neuropathic pain syndrome (NPS) benefit from pulsed radiofrequency (PRF) treatment. The patient had severe left sciatica and low back pain. The anterior chest wall neuropathic pain is associated with tumor removal from the left pleural cavity. Left sciatica is typical of the sacral root distribution and left low back pain and sciatica. All patients were taking oral medications and repeated injections of local anesthetics and steroids, but the effect was not good. The patient received 300 kHz PRF treatment. They applied the treatment to the left L5 dorsal root ganglion (DRG). The spinal root of the dermal ganglion T2-T4, the left L5 DRG and S1 root, and the left L5 DRG root. All patients experienced significant pain relief.

353 chronic pain patients treated with PEMF followed up for 2-60 months. They observed better results in patients with post-shingles pain and patients with both neck pain and low back pain. Dysfunctional small neural networks that are involved in self-sustaining neurogenic inflammation mediate chronic pain. High-intensity pulsed magnetic stimulation (HIPMS) non-unforceful depolarizes neurons and can promote recovery after injury.

Patients suffering from post-traumatic or postoperative low back pain. Reflex sympathetic dystrophy, peripheral neuropathy, thoracic outlet syndrome, and endometriosis have reduced pain. They used a custom magnetic stimulator for up to 10 10-minute exposures. At a rate of 45 pulses/min at 1.17 T, applied to the most painful area of ​​6 treatments. Then 4 sham treatments in random order. It scored pain on VAS. One patient no longer felt pain after 4 HIPMS treatments. All patients reported some pain relief. Pain relief ranged from 0.4 to 5.2, while sham treatment ranged from 0 to 0.5. The average pain relief per 10 minutes of treatment was 1.86 for HIPMS and 0.19 for sham treatment. The greatest pain relief occurred 3 hours after treatment. 2 patients had complete pain relief, and 3 patients had partial pain relief for 4 months. Other subjects experienced pain relief lasting 8 to 72 hours. Induced eddy currents may mediate the effect of HIPMS on pain in exposed tissues.

MF treats chronic musculoskeletal pain for three days, once a day. CEM is an alternative to standard therapeutic practice to eliminate and/or maintain chronic musculoskeletal pain.
A double-blind clinical study evaluated the effectiveness of low frequency, low-efficiency PEMF treats osteoarthritis knee joint pain. Treatment comprises 8 6-minute treatments in 2 weeks. Each patient recorded the perceived pain on a 10-point scale before and after each treatment. The patient did not use analgesics or any other pain treatments. Compared with an average of 8% in the placebo group, pain in the active treatment group was reduced by 46%. Two weeks after they completed the study. There was a 49% reduction in pain, compared with a 9% reduction in the placebo group.

Weak AC magnetic fields can affect human pain perception and pain-related EEG changes. Exposure to a 0.2-0.7G ELF magnetic field for 2 hours in a double-blind. Placebo-controlled crossover design resulted in a significant reduction in pain-related EEG levels.
With only 6 months of experience, PEMF can help treat orthopedic and trauma problems.
The magnetostatic sheet placed on molded insole was used to relieve heel pain for 4 weeks to treat heel pain. 60% of patients in the treatment group and sham operation group reported improvement. There was no significant difference in improving foot function indicators. Only molded insoles are effective after 4 weeks. In this study, the magnetic sheet did not have many advantages over the smooth template. Like other studies with a few patients, this study may not have a large enough sample. Responses to placebo in pain studies can be large, and it is more difficult to find differences in benefit. In addition, since the magnetic sheet generates a weak magnetic field. Position the tissue becomes very important, even considering the depth of the target tissue or lesion in the body. The magnetic field loses its strength from the surface.

Patients with pain in lumbar radiculopathy or whiplash syndrome receive PEMF twice a day for two weeks with reduced analgesics. The radiculopathy pain relief time was 8 days in the PEMF group and 12 days in the control group. Compared with the control group. Headaches in the PEMF group were reduced by half, and neck and shoulder/arm pain was reduced by a third.
In normal subjects, magnetic stimulation on the cerebellum reduces the size of the response caused by cortical magnetic stimulation. In patients with lesions in the cerebellum or cerebellar-dialectics pathway, the inhibition of motor cortex excitability is reduced or absent. Magnetic stimulation of the cerebellum produces the same effect as electrical stimulation. Even in patients with ataxia, and may help relieve pain associated with muscle spasms.

We have found that even small battery-powered PEMF devices with very weak field strengths are beneficial for musculoskeletal diseases. This matchbox-sized device has been tested on various groups of people’s medical practice. They received 11 to 132 days or an average of 73 days of treatment in the painful area. Ranging from 4 hours twice a week until continued use. Use at night is close to the head, such as under the pillow, to facilitate sleep. In most cases, their scores on the pain scale are positive. Conditions treated include arthritis, lupus erythematosus, chronic neck pain, epicondylitis, patellofemoral joint degeneration, leg fractures, and Sudeck atrophy.

Chronic low back pain affects 15% of the United States (US) population throughout their lives. Losing 93 million working days and spending more than $5 billion. Permanent magnet therapy can be a useful tool to relieve chronic muscle back pain. Patients were treated with real or simulated flexible permanent magnetic pads for 21 days. Diagnosis includes lumbar disc herniation, spondylopathy, radiculopathy, sciatica, arthritis. A 5-point VAS scale was used to measure the response to pain. The pain in the experimental group was reduced by 1.83 points on average. While 0.333 points reduced the pain in the control group on average (P>0.006). From 10 minutes to 14 days, experienced different pain relief.

A series of reports of 240 patients receiving PEMF treatment in conservative orthopedic practice found that pain reduction. Increased function and ability to withstand stress, disappear swelling, and pathological skin color. No need for orthopedic equipment and reduced response to changes In the weather. Treatment is one hour a day. The diseases treated are rheumatism, delayed healing of bones, and pseudoarthrosis. Some infections, fractures, aseptic necrosis, prosthesis loosening, venous and arterial circulation, reflex sympathetic dystrophy at all stages. Dissection of osteochondral inflammation, osteomyelitis, and sprains, as well as strains and sprains. His success rate for bruising is close to 80%. The imaging of many cases has improved. They observed the reconstruction of cartilage/bone tissue, including the reconstruction of joint edges. In a case of a destructive cyst in the hip joint. 60% of loose hip replacements produce subjective relief and the ability to walk without crutches. X-rays often show absorption slits that continue to exist after the magnetic field treatment. In one case of Perthes disease, the hip joint head deformed.

More information about pulsed electromagnetic field therapy and other holistic and alternative medicines. You can purchase the PEMF system that best suits your needs.

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