Electromagnetic Treatment

Electromagnetic Treatment gives immediate relief of pain, but also electrical or external therapy can aid in tissue healing and regeneration by regenerating cells, removal of edema and inflammatory mediators, and angiogenesis.

Many facts are known about physical electricity and magnetism. Most of these facts, however, do not have the proven efficacy associated with pain treatment. We know enough, however, to provide a scientific reason for the various magnetic fields used today.1-4 This paper seeks to highlight what we do and cannot do so that physicians can use electronic measures that better fit their product and style, custombook, and patient profile.

What is Electromagnetic Treatment

There are many steps that try to remove, combine, or change the electrical charges or waves in the body for therapeutic purposes. Most likely, you are already taking a few steps into your practice without realizing that their therapeutic effectiveness is based on removing, assembling, or converting electrical charges or currents in the body.

The basic mechanisms of electromagnetism have been used for centuries and are of 2 types: those that remove or combine body fluids and those that control electrical energy or other power outages (see Table 1). The first involves simple steps such as immersion of minerals in hot water, copper rings, hot water, and insertion of a needle. The latter include the use of electric waves or power outages in the form of sound or acoustic waves or electric waves. Controlled or exit electrical currents have 2 properties: (1) immediate pain relief and (2) tissue regeneration.

“Electromagnetic Treatment” can be intimidating to some doctors. Few medical professionals have undergone extensive physics or engineering training. Second, commercial marketing of electronic devices, in my opinion, has limited the great interest of pain workers. What is missing among the obscene and fraudulent applications of some advertisers, however, is the fact that some amazing and impressive electronics have entered the commercial market.

In addition, we have a better understanding within the scientific limits of why magnets, acupuncture, electric currents, sound waves, and electric waves have more to do with pain. This understanding is very simple and can be learned and must be learned by those of us who have a small formal engineering or physics background. And more importantly, any number of electromagnetic steps might be easily incorporated into patient education and treatment programs. It is very clear, however, that electromagnetic measures are consistent and do not replace the timely evaluated treatment of pharmacotherapy, nutrition, exercise, and surgery.

TWO TYPES OF ELECTROMAGNETIC MEASUREMENTS

The opposite attraction

Opposing electrical charges are gravitational. This is the first basic goal in understanding electrical steps. All tissues of the body contain electrical energy. All things, including cells, are made up of atoms, which contain at least one nuclei of 1 proton and 1 neutron. At least one electron orbits around the nucleus of each atom. All living tissues contain biologic energy and have different concentrations of electrons (negative charges), protons (direct charges), and neutrons. Excess of positive or negative charging in the tissue attracts another and causes the flow of electrons. The connecting  or moving electrons are electric. We do not know why, where, or how the body’s tissues generate electricity or change polarity from positive to negative or vice versa.

Instruments

Metal elements such as magnesium, copper, and iron are well charged and attract negative charges (electrons). This simple electron attraction system is the basis of many of the ancient electromagnetic steps. It also includes the use of  necklaces or bracelets and the insertion of needles such as acupuncture or a “dry” needle for blasting.

Drs. Robert Becker, a 20th-century magnetic scientist and father of orthopedic surgeon, described the acupuncture meridians that carried electrical current back and forth from the central nervous system to the surrounding area.1 In addition, these “cords” have amplifiers or transformers. to increase power, just as a high-transmission line will have transformers to upgrade power lines for a few miles. He believed that these amplifiers, along with the points of “acupuncture” in that the insertion of a needle into these points may interfere with the flow of electricity and cause pain. In a series of fine tests, he demonstrated that his views were correct. Well-charged needles inserted into the amplifier attract electrons and “shorten” the circuit, providing sensors and relieving pain. His studies give us a clear picture of the scientific cause of acute pain.

Water

Water is an excellent electrical conductor. Water has a negative charge because oxygen is more toxic than hydrogen, which is slightly more polluting. Pure water at its normal temperature does not work well to remove electricity from the body. However, when it is hot, water will speed up the flow of electricity in the body. If salt with a good charge, such as magnesium or sodium, is also added to warm water, it will quickly attract negative electrical charges. The combination of warm water and well-drained salt has been the basis for relieving pain by immersing it in the minerals for centuries. Hot bath salts such as magnesium sulfate (Epsom-salt) are inexpensive, effective, relieving pain, and are a good addition to almost any type of pain medication.

Heat

Because electrons are material, they can be moved by any number of steps. Heat, whether controlled by a heat pad, a lamp, or hot water, will cause electrons to vibrate. Anything that increases blood flow, including an increase in heart rate caused by heat or exercise, will move electricity. Body massage or vibration will also detoxify the body, just as you can drain the water with a bath towel.

Electricity from damaged muscle and contaminated products from the damaged blood and lymph nodes, creating a painful area. Burning sensors and opioid receptors appear immediately after injury. Treatment requires the tissue in the area of ​​pain to regenerate.

How Does Electromagnetic Treatment Relieve Pain?

If a person is in possession of electrical energy or one of the sources of it in the area of ​​pain, pain relief may occur in seconds or minutes.8-13 The reason for this is not fully known. The existing theory propagated by Melzak and Wall in 1965 that controlled electrical currents block the gates that control afferent and efferent impulses in the spinal cord, thus preventing pain from reaching the brain. Some have believed that endogenous endorphins are released, providing pain relief.9

These two methods may work, but they are not the only answers. Controlled electricity has very many biological effects outside the spinal cord. Galvani indicated that the frog’s legs, when separated from its spine, would still be shortened when electric current or metal touches the legs4. Electrically controlled but also acupuncture needles placed on the body meridians relieve pain, and the meridians are not connected to the spine.1,9

It is the author’s belief that electrical energy and its output disperse the combined electricity and / or reverse the combined electrical separation to reduce pain. Painful, concentrated electricity may be dispersed in the surrounding tissue or transferred to hard arteries. Distribution theory developed by clinical observation that pain may be exposed for hours or days after a single electrical administration, but pain will recur. The pain returns when the electricity goes out of the damaged nerves and you remember the pools. In short, we have to work with an incomplete understanding of specific processes where electrical energy or one of its derivatives produces temporary pain relief.

Tissue Regeneration

Exciting area of the ​​current research has been the use of electrical currents to regenerate the tissues even to cure the area of ​​pain. Just as Sinyukhin is rehabilitating his Becker and tomato plants  his salamanders, doctors everywhere are constantly monitoring tissue regeneration with these devices. Severe injuries and ulcers such as the common lower back problem or diabetic ulcers heal very quickly with these tools.16-19 The effects of tissue regeneration are well documented and summarized in Table 2. They include cell growth, angiogenesis, edema reduction, and removal of inflammatory mediators.

At this time, there is a great deal of clinical research being done by doctors as to which device can provide the highest recovery and healing of some of the most severe pain problems.

Electric Currents

A power cord passing through a wire will produce a magnetic field near the cable. Photon measuring unit.2,3 We have all seen and heard airflow caused by the release of these energy waves as we look up at a high-voltage transmission line. Fields emitted near the fence are about 50% electric and magnetic environment 50%. The electromagnetic field is collectively also  known as the electromagnetic spectrum. Combine ionizing gamma, x-rays and Very small waves are invisible.

In the electromagnetic spectrum, laser, infrared, and radio waves are currently used to treat pain. The radio waves are very long — about the size of a building — and the laser waves are about the size of a protozoan. Different wavelengths and wavelengths of these energy waves are believed to give each wave a different clinical and energy use, but this hope is not yet clear enough to justify certain clinical recommendations. The electromagnetic field is a low-frequency, safe frequency and should be clearly comparable to high-frequency lasers and radiofrequency devices used exclusively for tissue removal.

Cheap ultrasound equipment is now available for use at home by patients. Powerful acoustic wave equipment has been developed to disperse kidney stones — lithotripsy. The currently related technology for treating pain is called extracorporeal shockwave therapy (ESWT). ESWT is a high-pressure acoustic wave obtained by passing electricity through crystals. Clinical research has found that other debilitating conditions such as plantar fasciitis and chronic epicondylitis respond to this new energy output.14,15

Alternative Therapies

All of Electromagnetic Treatment mentioned here may be used in conjunction with standard pharmacotherapy agents also including antidepressants, anti-inflammatory, neuropathic drugs, opioids, and medications. Simultaneous use of drugs with electronic measures is highly consistent and effective.

Some pain medications work directly or indirectly to control electrical activity. Opioids suppress electrical activity.4 Antidepressant and neuropathic drugs try to block the transmission of electricity to the synapses. Anesthetics and other oral agents aim to slow down the transmission of electronic signals by blocking sodium or calcium channels in the nervous system. Topical therapeutic agents, including opioids, anti-inflammatory agents, and homeopathic remedies, can be used simultaneously or dispersed on the skin in an area of ​​pain by multiple electromagnetic devices that control electric current or electric current.

Along with drug agents, there are now a growing number of reports that homeopathy, prolotherapy, and hormone replacement therapy may also be effective in some areas of pain. Simultaneous use of these methods with electrical steps can also be helpful.

Side effects

Electromagnetic measures can produce side effects. Even a simple magnet or a piece of copper can cause pain in some patients as it absorbs electricity from the body. Electric waves and electric waves are real stories. When used on painful areas, it may cause rather than relieve pain. The author has noted this especially in patients with uncontrollable pain with very old, scarred, and contracted pain areas. All electronic devices on the commercial market meet FDA safety requirements, so one can have a high level of confidence in their safety. However, beware of pain generation rather than pain. If possible, stop or change treatment, as side effects are temporary.

Conclusion

The centuries-old tradition of treating pain with electric eels and batteries has gradually evolved into a series of treatments with sound scientific support and growing clinical knowledge. These steps are simple, safe, and effective, but in this day of high-tech medicine, they are sometimes overlooked as the best steps to incorporate into any type of pain medication.

The precise mechanisms which derivatives release and electrical currents pain are uncertain. Obviously, it includes blockade of spinal cord gates, activation of endorphin endothelial cells, dissociation of integrated electrical tissue in the surrounding tissues, or modification of integrated electrical polarity. In addition to the immediate relief of pain, electrical or external therapy can aid in tissue healing and regeneration by regenerating cells, removal of edema and inflammatory mediators, and angiogenesis.

Physiotherapists should adopt electrical measures that suit their fitness style, pocketbook, and patient profile. Physiotherapists are urged to choose a few electrical and knowledgeable methods, as there are certain skills and experience required to use them. Recent revelations that acute, chronic pain may produce atrophy of the brain and neuroplasticity of abnormal neuropsychiatry have prompted increased interest in electromagnetic measures for prevention and treatment purposes.