Research has been conducted on how PEMFs stimulate regrowth of cartilage to reduce the number of knee replacement surgeries.
The regrowth of cartilage is possible, however, joint cartilage is unable to regrow on its own. Is it possible that this natural shock absorber could be stimulated to grow again with the consistent use of PEMF therapy?
This article will take a look at the breakdown of cartilage in areas of the knees and hips, and we’ll delve into how PEMFs work to stimulate the regrowth of this cartilage as made evident through research of medical professionals.
PEMFs Stimulate Regrowth of Cartilage and MarrowThe growth of cartilage isn’t just about the cartilage. The growth all starts with the stimulation of bone marrow as well.
Studies conducted using PEMFs for the purpose of studying the growth rate of articular cartilage. This is the cartilage that covers the end of your bones.
Articular cartilage prevents your bones from rubbing together. Should this cartilage disappear it can give the bones too much space to rub together, causing damage.
This is the type of cartilage that cannot regrow on its own. During the process of therapy with PEMFs, bone growth may also occur.
This is good news for those who have experienced bone loss either before or after the cartilage has worn away. Damage to the cartilage can occur by way of a fall ,sports-related injury, or otherwise.
What happens in the process of a session using PEMF therapy that causes this regrowth of cartilage occur?
When cartilage wears down, and there is a lack of chondrocytes as well as proteoglycans, there is also a progression of disease. What diseases are caused by the severe degeneration of cartilage that is left untreated?
Stimulate Regrowth of Cartilage and Prevent Further Degenerative DiseaseThis month we have touched on the painful condition of osteoarthritis (OA), a common type of arthritis among aged adults.
This is one of the primary diseases that is brought on by the destruction of cartilage. OA generally shows up in the knees and hips first before it shows up anywhere else.
This means that cartilage wears away, and can cause the ends of the bones to rub together.
Bursitis may also occur when cartilage has become worn down. This can cause the bursa sacs to become inflamed. These tiny sacs contain synovial fluid. This is the fluid that aids in lubricating the joints.
The cartilage itself can also become inflamed throughout, leading to costochondritis. This condition causes inflammation in the ribs, and it is also common among lupus patients around the sternum.
Regardless of the condition, PEMF therapy can accelerate the growth of cartilage. When the regrowth of cartilage occurs it may reduce or eliminate the pain over time.
Reducing pain and inflammation is always the first desire of someone who suffers from these degenerative conditions, but overall, the hope is that the cartilage will be repaired and stronger than it was prior.
Cartilage is important regardless of age because it protects the bones. Once the cartilage begins to wear down it can interfere with the life of an individual.
Those who hope to eliminate pain and increase mobility will want to begin using PEMF therapy on a consistent basis.
PEMFs can begin to regrow the cartilage as well as aid with increasing range of motion. Have you been diagnosed with osteoarthritis?
Are you experiencing chronic joint pain, stiffness, or perhaps you feel inflammation in your lower extremities. PEMF therapy can be beneficial for you if you use it on a consistent basis.
Not until the half gone of the 20th century was there a name for a disorder that at present appears to influence an estimated 4 out of every 1,000 children ages 3-10, a disorder that causes disturbance to parents and unfulfilled lives for countable amount of children. Research study in 2009 suggests autism has affected every 1 in 110 children globally.
The latest trend to dodge the barriers of this incurable disorder still up to a certain degree comes with a cutting edge electromagnetic technology called as PEMF therapy. Let’s have a deep look about what this is all about and how our products positively impacts in autism
Energy plays an important role in the form of ATP to fulfill the cell tasks. To produce ATP cells require nutrients and oxygen. The re-absorption of these inputs and the disposal of waste products can be controlled by electromagnetic energy. PEMF uses electromagnetic energy to effect cell behavior by inducing electromagnetic changes inside and around the cell.
By improving blood supply we can increase the oxygen pressure, activation and regeneration of cells specially neurons. On the other hand increased calcium transport enhances the growth and repair of cartilage while at the same time reduces pain. It is a well-known fact that disturbances in blood circulation and in metabolism open gates to development of diseases. That’s why electromagnetic energizing of the body can be used for a wide range of usages to prevent and heal diseases meaning to say a body full of energy is healthy and fit.
Structural differences in the neurons of the brains contribute to the symptoms of autism. In one research performed by the National Neuroscience Institute (NNI), autistic patients showed considerably reduced symptoms of sensory overload, hyperactivity and repetitive behaviors at the end of the PEMF therapy session. Another aspect that the study revealed was that treatment did not reduce areas of Giftedness that are normally present in high-functional autism whereas primary results manifested a great deal of promise in lowering the severity of symptoms that are most upsetting like depression and sensory overload.
Not only for Autism, PEMF is extremely effective for Fracture healing, Osteoporosis, Stress reduction, maintaining Health and Fitness, Arthritis, Fibromyalgia, Sport injuries and other neurological disorders like Aphasia and Dysgraphia. Keep in mind, PEMF Therapy is effective only if the electromagnetic signal is strong enough in penetrating deep into the cells and bones. Our PEMF products generate low PEMF intensities causing no side effect whatsoever in the cells, otherwise could do a gradual harm to your cells and finally to your body. Sinusoidal waveform is the most effective waveform which can manifest its optimal effects only if it is combined with sufficient speed of magnetic induction. An easy way to identify the difference between PEMF machines is by how many ‘Tesla per pulse’ it generates. More Tesla means more power! High Power devices range up to milliTesla per pulse while low Power devices range up to microTesla per pulse normally 1000 times low intense generator which is used for Autistic treatments. . Since each person responds a bit different to the same pulsing frequencies, remember that tPEMF will be more effective to you if applied with various different frequencies within the therapy session. As a speech and language pathologist it is just one amongst many of my tools I use in my arsenal when treating children with autism. We continue to use treatments such as interactive metronome, Integrated listening systems and reflex integration therapy.
Dancers have the same physical dangers towards their health like other professional athletes, which includes skiing, cycling, running, football, basketball, baseball players, etc who suffer physical strains and stresses. They wear and tear the body, and repetitive minor injuries and stresses take their toll over time. The minor injuries might even take months or even years before we realise we have some. So, young and competitive athletes and dancers, don't realise the physical harm happening to their bodies. The risk is that with the existing injury, further injury is more possible.
Over the decades, researchers have been working with new technologies to optimize wellness. The most important one of them is the PEMF therapy. PEMF discovery paved ways to treat many physical and mental illnesses. It was first used by veterinary doctors in treating race horses for simple sprains and fractures and it is still used. People who own horses claim that the ones that are old and supposed to be put down tend to be active after PEMF therapy. PEMF therapy not only treats the injuries it also makes one feel rejuvenated.
PEMF can be used to treat virtually all musculoskeletal and also psychological conditions. Athletes and dancers should be taking PEMF therapies to not only handle minor sprains, injuries or fractures after competitions, workouts, trainings etc, but also before the activities. Because, PEMFs stimulate all the tissues and organs of the body. They help in generating enough energy for the body, by stimulating the cells. Sometimes, our cells slow down or go inactive because of injuries, inflammation and decreased circulation. That is why trainers let you flex, exercise, stretch, icing, etc to reduce the inflammations and swellings.
One of the most significant functions of PEMF is to increase myosin phosphorylation as it is incredibly important for an athlete or dancer. Myosin means muscle and phosphorylase means development of energy in the muscle. A dancer have the risk of injury to any part of the body and the most common areas are hips, thighs, knees and calves, ankles and feet, and also back. In such cases, a whole body pulsed electro-magnetic field therapy is the most effective solution. This helps and makes your muscles work longer, harder, and recover faster.
So, for competitive edge and a healthier life for a longer period of time as an athlete or a dancer, you should really go for pulsed electromagnetic field or PEMF therapies.
Find this article on the Dr. Oz website
Pulsed electromagnetic field therapy is a new approach to pain management that uses electromagnetic fields to create pulsing, moving energy. These energy waves could change the way your body copes with pain. Learn more about this new treatment. Could it work for you?
Pulsed electromagnetic field (PEMF) therapy is FDA-approved to fuse bones and has been cleared in certain devices to reduce swelling and joint pain. Transcranial Magnetic Stimulation (TMS) and Magnetic Resonance Imaging (MRI) work on the same physics.
This therapy has been used to treat pain and edema in soft tissue for over 60 years. The technology stemmed from radio frequency (RF) diathermy, which utilized a continuous electromagnetic field to produce heat in soft tissue.
A moving – or resonating – magnetic field can create currents without heating and thus directly alter cellular signaling. It has been firmly established that tissues including blood, muscle, ligaments, bone and cartilage respond to biophysical input, including electrical and electromagnetic fields. New studies show that with the proper field intensity and frequency, treatment with PEMF appears to be disease-modifying. The stimulation of TGFβ may be a mechanism by which PEMF favorably affects cartilage homeostasis. Through calcium-calmodulin-dependent pathways, PEMF may also increase nitric oxide activity. Pubmed also have a load of research sited by conditions treated with PEMF.
1. Markov MS. Expanding use of pulsed electromagnetic field therapies. Electromagn Biol Med. 2007;26(3):257-74.
2. Nelson F, et al., The use of a specific pulsed electromagnetic field (PEMF) in treating early knee osteoarthritis. Trans 56th Annual Orthopaedic Research Society Meeting, New Orleans, LA (2010), p. 1034.
3. Pilla, et al., Electromagnetic fields as first messenger in biological signaling: Application to calmodulin-dependent signaling in tissue repair, Biochim. Biophys. Acta (2011), 2011 Oct 8;1810(12):1236-1245.
4. Rosch P, et al., Bioelectromagnetic medicine. New York: Marcel Dekker, 2004.
The best way to deal with potential adverse reactions is to anticipate them.
Because magnetic therapies have such a wide array of actions within the body, it is not uncommon to experience some discomfort, especially when treatment has just begun. It is our experience that these reactions happen about 5% of the time, and tend to be more common when the entirety of the body is treated, as opposed to local treatments.
Most adverse reactions are mild and temporary and can be managed by simply continuing the therapy. In individuals with electrical hypersensitivity and electromagnetic hypersensitivity, these reactions are more common and more uncomfortable. Rarely does magnetic therapy have to be discontinued as a result.
Magnetic therapies can alter circulation, stimulate cell and tissue repair, stimulate nerve cells, cause relaxation, affect blood pressure and heart rate, alter the absorption of medications and nutrients, affect acupuncture energy movement, stimulate vision changes, among many other actions. So, overreactions by the body, perceived or measurable, do happen.
Sudden increases in circulation, especially in ischemic tissues (areas with restricted or reduced blood flow) may lead to uncomfortable increases in circulation for a short time after the magnetic field has been applied. The increase in circulation, while usually a desirable effect, can lead to a surge in oxidative stress. It is desirable to have adequate antioxidant support in the body before beginning treatment. Sudden improvements in circulation may also lead to aggravations of existing extensive or severe inflammatory processes, typically in the skin. Aggravation of hives is likewise possible and should be considered before starting treatment.
When nerve cells are suddenly stimulated, pain may be temporarily aggravated due to the increased signal traffic in the nerve and/or improved circulation to the nerve/s. We see this in individuals who have had prior fractures or scars. Magnetic fields applied distal to the fracture site or scar may temporarily cause pain at the fracture site. If there are multiple blockages along the body, magnetic treatment may cause the phenomenon of “chasing the pain”. In this situation, when one area is treated and improved, another area that may have been quiet, now begins to show pain or discomfort. Normally these problems are not a concern, but should be recognized as a normal consequence of magnetic therapy. In some situations, where the magnetic therapy causes pain in a body part that does not normally have pain, this may be an indication of an unidentified underlying problem in that body part, and medical evaluation should be considered. In this case, the magnetic therapy serves as an early warning process.
Magnetic therapies commonly lower blood pressure and decrease heart rate, actions that are almost always positive. These actions can pose a concern for individuals who are elderly, on medication with blood-pressure-lowering actions, are frail, have labile or easily altered blood pressures, have been on extensive bed rest, are in shock or have overwhelming systemic infection, or who have non-brisk, compensatory vascular reflexes. Because people in these situations can have faint when rising from a seated or laying position, they should be warned about this possibility and the need to allow the blood pressure and/or heart rate to stabilize when changing positions. Usually these reactions settle down as magnetic therapy continues and stabilizes body functions.
General reactions occasionally happen as well, particularly in those who have or are suspected of having magnetic field sensitivity. Possible reactions include: increased fatigue, aggravations of sleep, increased pain, vague weakness or loss of energy, metallic tastes, dizziness, “brain fog”, thirst, increased urination, warmth, cold sensations, prickly sensations in the skin, colors in the visual fields, heaviness of the extremities and palpitations. Mostly, people who experience these reactions are thought to have systemic hemodynamic or autonomic instability and/or neurotoxicity, due to chronic infections, chemical sensitivity or environmental toxicities. Many have chronic regional pain syndromes, fibromyalgia and/or chronic fatigue syndrome. The degree of the sensitivity reactions will determine the approach to take with adjusting the magnetic therapy.
If the adverse reactions are intolerable, you can lessen them by making some small changes to your protocols. These changes include lowering intensity, decreasing treatment times, and limiting the amount of the body that is being treated. These changes should only be necessary on a short-term basis, as such reactions tend to diminish relatively quickly with continued treatment.