What are the PEMF Devices or PEMF Machines? Therapy with a Pulsed Electromagnetic Field (PEMF Device)
What is PEMF Therapy (Pulsed Electromagnetic Field Therapy)?
PEMF Therapy is a type of energy therapy that uses the earth’s natural condition to produce pulsing electromagnetic fields. The earth’s natural electromagnetic frequency (EMF) has a frequency of around 7.8 Hz and a strength of about 1 pico tesla. This is the Schumann Resonance, which you have been experiencing your entire life. It is all around you. As soon as astronauts leave the ionosphere, their bodies begin to degrade since they are no longer in this Resonance — we require the earth’s EMF to stay healthy. The earth’s electromagnetic field is as important to humans as air, water, food, and sleep. We wouldn’t be able to exist without EMF.
PEMF Devices for Therapy.
PEMF science dates back thousands of years, when ancient Greek and Chinese societies used magnetic fields for medicinal purposes. Nikola Tesla invented the ‘Tesla Coil,’ an electromagnetic device that he employed on his patients at the end of the nineteenth century. He discovered that they generally felt instant alleviation from their discomfort. Clinical research on electromagnetic fields were done in Russia and Japan in the 1960s, and over 30,000 papers have been published since then showing the benefits of pulsing electromagnetic fields for a wide range of health problems and general human health and welfare.
What is PEMF Therapy and how does it work?
PEMF’s objective is to improve the body’s natural cellular communication mechanisms as well as the cells’ ability to produce energy. As a result, internal cell integrity improves and cellular healing improves.
Consider your body’s cells in the same way as a battery does. When we are sick or damaged, the voltage in our cells is lowered, and our capacity to operate efficiently is also reduced. Energy, or the ability to replenish your batteries, is required for your body to repair. PEMF Therapy sends out helpful natural magnetic waves that reach every cell, tissue, and organ in the body. Electrical impulses are generated by the waves, which charge the cells to their correct voltage. The effects boost cellular metabolism, function, and efficiency, allowing the body to start repairing and regulating itself in order to reclaim its natural equilibrium.
What is the purpose of PEMF Therapy Devices?
The earth’s magnetic field (Schumann Resonance) has decreased by 50% in the last 300 years. Because of changes in society, the typical person spends 90% of their time indoors, living and working in concrete structures, driving metal automobiles, and wearing rubber soled shoes, we are shielded from naturally occurring beneficial PEMF. As a result, cell membrane integrity has been impaired, resulting in weakened immunity, increased susceptibility to disease, and sadness.
Another aspect of modern life is that we are exposed to harmful high-level EMFs via power lines, computers, mobile phones, microwaves, and televisions, among other things. These high levels of EMF produce a “sub-molecular electronic disruption,” which necessitates the use of lower levels of helpful PEMF to restore damage to cell membrane ionisation and integrity.
PEMF Machines Therapy’s Advantages
• Helps to relieve pain
• Relieves Insomnia and Improves Sleep
• Improves Circulation
• Boost Your Oxygen Absorption
• Boosts energy and vitality
• Enhances Metabolism
• Swelling and inflammation are reduced.
• Strengthens the immune system
• Promotes Bone Density and Healing
• Injuries heal faster
• Enhances nutrient absorption
• Extends range of motion
• Helps to relieve stress
• Enhances athletic performance
What can I expect from a session of PEMF devices Therapy?
PEMF treatments can take anywhere from 40 to 60 minutes, depending on the conditions. All that is required is that you lie down or sit fully clothed on a PEMF body mat. The majority of people have no sensations; however, some people may experience a mild tingling or warmth as a result of the therapy’s improved circulation.
What does a PEMF Therapy Session cost?
Each session of PEMF Therapy costs $80.
PEMF Therapy Systems are also available for hire on a weekly basis. For more information, go here.
Is PEMF Therapy a Safe Treatment?
PEMF is a non-invasive, safe healing technique that uses only natural magnetic frequencies that fall between the 0.5 and 15 Hz ‘biological window’ of the earth’s natural frequencies. The FDA and other international certifying organizations have certified it as the most scientifically investigated and documented field of energy medicine. Pulsed electromagnetic field treatment is currently being discovered by a number of well-known doctors and researchers.
Is PEMF Therapy available to anyone?
PEMF Therapy is not for everyone. If you have any of the following conditions, please do not schedule a treatment:
• Are you expecting a child?
• Do you have any electrical implants? (eg. Pacemakers, Defibrillators or Insulin Supply Systems)
• Suffer from epilepsy
After a PEMF Therapy session, how will I feel?
The severity of your disease, overall health, lifestyle, and other circumstances all influence your post-PEMF Therapy experience. In general, people say that they are feeling:
• Less discomfort
• Increased joint range of motion
• Increased adaptability
• Boosted energy
• Improved feelings of well-being
• Improvements in motor coordination
• Better sleep
Pulsed Electromagnetic Therapy Field: A Novel Diabetic Neuropathy Treatment
In the last few decades, the prevalence of type 2 diabetes has risen dramatically. Diabetic neuropathy, which causes increasing discomfort, loss of feeling (especially in the feet), weakness, and incapacity, has increased in tandem with this trend. Attempts to manage diabetes and moderate pain have been the mainstays of traditional treatment.
PEMF (Pulsed Electromagnetic Field) treatment is a non-invasive and safe method of reducing pain and inflammation. It can be used to augment and improve conventional healthcare approaches. PEMF devices include whole body mats, localized pad applicators, and targeted probe or “spot” applicators, among others.
PEMF may be thought of as a battery recharger for the entire body (100 trillion cells). PEMF works by “improving adenosine triphosphate [ATP] synthesis, boosting oxygenation, strengthening circulation, encouraging hydration, enabling detoxification, and obtaining a better overall absorption of nutrients,” according to Bryant A. Meyers, author of PEMF — The Fifth Element of Health. 1
PEMF Device: How Does It Work?
PEMF enhances general health and fitness by using healthy electromagnetic frequencies rather than mobile phone frequencies. The cell wall of every cell in the body contains a negative charge. This is around -60 mV for nerve cells; other cells’ net negative charge may vary. Potassium and magnesium should be kept inside the cells to maintain healthy amounts of this negative charge, whereas calcium and sodium should ideally remain outside the cells.
Obviously, a number of fundamentals — vitamins, minerals, and hormones — must be kept at optimal levels for cell health. The pH of the blood, which is typically 7.4, is important, as are large surpluses or shortages of nutrients; and a variety of toxins must be avoided. While all of these aspects play an essential part in cell health, the electrical health of cells is one of the most crucial.
The notion of activating elements of the body — brain, nerve, spinal cord, or skin — to regulate pain was first proposed by the author (CNS) in the 1960s.
2 Transcutaneous Electrical Nerve Stimulation (TENS) or electroacupuncture is the most extensively utilized of these methods. TENS uses frequencies ranging from 1 to 100 Hz. Up to 15,000 Hz is ideal for cranial stimulation. The Liss CES, now known as the Fisher-Wallace, produces frequencies of 15,000, 500, and 15 Hz. The Alpha-Stim has a frequency range of up to 12,000 Hz.
When Dr. Shealy was studying Microwave Resonance Frequency in Ukraine in 1994, he began working with human DNA frequencies. DNA resonates at 52 to 78 GHz at one billionth of a watt per cm square, according to researchers. They had treated over 250,000 patients with these frequencies and intensities. Such frequencies are created by passing a Tesla coil across a spark gap at a very high voltage.
The first documented use of such frequencies in the United States was to restore dehydroepiandrosterone (DHEA) in diabetic neuropathy sufferers.
3 Since then, the author has used these frequencies to increase DHEA, oxytocin, neurotensin, and calcitonin, or to regulate aldosterone and reduce free radical generation in certain acupuncture circuits. In addition, utilizing entire body PEMF at the Giga frequencies, Dr. Shealy found substantial telomere regeneration of 3% to 4% each year. 4
These frequencies are far more potent than TENS’ low frequencies, however they are only utilized for 30 to 60 minutes each day. In addition to assisting in the activation of acupuncture sites, everyday usage has been shown to aid in the rejuvenation of telomeres, the tips of our DNA that normally decrease by 1% per year, even with good health practices. Giga frequencies should be utilized for no more than one hour per day and are not recommended if you have an implanted electronic device, such as a pacemaker, or if you are pregnant.
PEMF typically employs frequencies ranging from 1 to 100 Hz at extremely low microTesla levels. Permanent magnets typically have a field strength of 4.5 Tesla.
1 tesla is the same as:
• 10,000 (or 104 G) gallons (gauss)
• 1000 nanotesla = 1 microtesla = 10 micrograms (milligauss)
• One trillionth of a trillionth of a trillionth of a trillionth of a trillionth of
One microTesla equals 0.01 gauss, therefore one Tesla equals one million microTesla.
PEMF provides a wide range of health advantages in addition to increasing circulation. Therapy can take anywhere from 30 minutes to several hours each day, and it can be focused on a single region or the entire body. The only contraindications are pregnancy and those who have a pacemaker or other electrical device installed.
Diabetic Neuropathy Benefits of Device
Neuropathic pain, particularly peripheral neuropathy, is caused by ectopic firing of unmyelinated C-fibers along with sodium and calcium channel buildup.
5 PEMF has been proposed as a way to regulate neuropathic pain because it safely generates low frequency currents that can depolarize, repolarize, and hyperpolarize neurons.
Musaev et al. conducted a research including 121 diabetic polyneuropathy (DPN) patients before and after therapy with PEMF with complex modulation (PEMF-CM) at various frequencies in 2003. (10–100 Hz).
6
The authors observed that reductions in the amplitude of the H reflex and the Hmax/Mmax ratio in the muscles of the lower leg were the “earliest and most important electroneuromyographic indicators of DPN.” “Regression of the main clinical symptoms of DPN, improvement in the conductive function of peripheral nerves, improvement in the state of afferent neurons, and improvement in the reflex excitability of functionally diverse motor neurons in the spinal cord” were reported after treatment with PEMF-CM, according to the authors. PEMF-CM at 10 Hz demonstrated therapeutic effectiveness, according to the researchers, notably in the early phases of DPN and in patients with diabetes mellitus for up to 10 years. 6
Weintraum and Cole conducted a pilot trial in 2004 to see if 9 consecutive 1-hour PEMF sessions in a doctor’s office (excluding weekends) might lower neuropathic pain ratings in refractory feet in patients with peripheral neuropathy.
5 A total of 24 patients with refractory and sympathetic polyneuropathy, including diabetes, were included in the research. The 9-hour treatment was given just to the most troublesome foot, and pain was assessed using a visual analog scale (VAS) before, immediately after, and 30 days after therapy.
The authors discovered that mean pain ratings reduced by 21% from baseline to treatment completion (P=0.19) and by 49% from baseline to follow-up completion (P0.01). There was a 28% reduction in VAS from baseline to end of therapy (P0.05) and a 39% drop from baseline to end of follow-up (P0.01) in the 19 foot with moderate to severe pain. “Directing PEMF on refractory neuropathic foot can offer short-term analgesic benefits in more than 50% of individuals,” the scientists found. 5
Following the positive findings of the pilot study, the researchers decided to extend their investigation. They reported the results of a multi-center randomized, double-blind trial including 225 individuals with diabetic peripheral neuropathy stage II or III in 2009. (DPN). For three months, patients were randomly allocated to utilize identical devices that generated PEMF or sham (placebo) to their feet for two hours each day. 7
Before the three-month point, almost 14% of patients dropped out of the trial. On the Patient’s Global Impression of Change (PGIC) scale, there was a tendency toward decreases in DPN symptoms favoring the PEMF group (44 percent vs 31 percent; P=0.04). However, there were no significant changes in neuropathic pain intensity on the VAS or Neuropathy Pain Scale (NPS) between the PEMF and sham groups.
27 individuals underwent repeated 3-mm punch skin samples for epidermal nerve fiber density (ENFD) testing to see if PEMF had any effect on nerve regeneration. PEMF patients exhibited a 29 percent rise in distal leg ENFD of at least 0.5 SDs, but sham patients had no change in ENFD (P=0.04). Increases in distal thigh ENFD were shown to be associated with lower pain ratings. PEMF will be studied at larger doses (3000–5000 G) and for longer periods of time, according to the researchers. 7
PEMF research for DPN
PEMF was first introduced to us when we were researching its effects on diabetic neuropathy.
8 15 people (ages 41 to 79) with severe diabetic neuropathy, pain, and sensory loss were participated in our research, which was presented at the 2014 conference of the American Academy of Anti-Aging Medicine. We found that PEMF boosted foot temperature substantially, which encouraged us to try it on the chest, where it elevated the temperature by 6 degrees, implying a considerable improvement in cardiac circulation.
Patients were treated with a newly constructed coil created by Medical Energetics Limited, an Irish research business, once a week in the trial. The coil is currently only accessible as a research tool and is not for sale. The output intensities of the Mark II coil are less than 100 mG. It was administered to the feet for 15 minutes and the neck and chest for 15 minutes. Each patient received treatment once a week for eight weeks. Patients were also required to check their blood sugar three times each day. Hemoglobin A1c and urine free radical tests for malondialdehyde were performed at the start and then again at 4, 8, and 16 weeks.
We reported that pain ratings (1–10 scale) were decreased by 52 percent, from 5.2 to 2.5, and sensory loss improved by 65.8%, from -76.3 percent to -26.2 percent, at the conclusion of the research.
8 Furthermore, from -84 percent to -15.6 percent, touch sensitivity increased by 65 percent. The vibrational feeling improved by 43%, from -68.5 to -39 percent (Table 1).
Following these findings, additional 15 people with diabetic neuropathy were examined with a change of the coil output. They were given 30 minutes of foot treatment and 15 minutes of neck and chest treatment. Spontaneous pain decreased by 46.5 percent, whereas pin feeling improved by 83 percent, touch by 66 percent, and vibration by 32 percent.
Patients in both research kept track of their blood sugar levels on a regular basis. None of the other tests revealed any significant differences. Of However, because A1c is the average of blood sugar levels over the previous 12 weeks, a large shift is unlikely.
It’s encouraging to see how much pain and neurological function have improved. Clearly, far longer treatment regimens are required to establish whether diabetic neuropathy may be completely resolved.
Other Research Topics
Since releasing our work, we’ve looked at the possibility of employing 10 microTesla pulses at frequencies ranging from 5.5 to 58.5 Hz. This combination has proven to be highly effective in treating a wide range of pain issues. PEMF has been found to hasten the healing of surgical fusions of the cervical spine.
A patient with a C6-C7 nonunion wore a PEMF stimulation device for 3 hours each day for 10 months, according to a case study by Mackenzie and Veninga et al. The patient’s problems were gone after three months of therapy. After 15 weeks of stimulation, x-rays revealed improved bone fusion, and after 31 weeks of stimulation, x-rays revealed even bone density around the C7 screws. At the time of the final examination, the patient had been symptom-free for 13 months following the cessation of PEMF stimulation. 9
PEMF has been shown to help individuals with osteoarthritis feel better.
10–13 PEMF was reported to enhance clinical ratings and function in individuals with osteoarthritis (OA) of the knee in 9 trials including 483 participants, according to a meta-analysis by Vavken et al. PEMF should be regarded as an adjuvant therapy in the treatment of knee osteoarthritis, according to the authors. 10
Bagnato et al. more recently investigated the use of wearable PEMF machines in the treatment of pain in knee OA patients. The experiment included 60 individuals with OA of the knee who received a 12-hour daily therapy for one month. When compared to placebo, PEMF resulted in a substantial reduction in VAS pain and WOMAC ratings after one month. Additionally, in PEMF-treated patients, pain tolerance, as measured by the pressure pain threshold (PPT), and general physical health improved. Patients in the PEMF group discontinued taking nonsteroidal anti-inflammatory medications and analgesics in 26% of cases. There were no negative side effects discovered. 11
Wuschech et al. investigated other wearable P-E-M-F machines. The results of this randomized double-blind study show that using PEMF (varying in frequency between 4 and 12 Hz; 1 cm tissue depth, magnetic flux density 105T) produces significantly better results in the treatment group compared to the placebo group in terms of total WOMAC global score and, in particular, VAS. Patients evaluated the “effectiveness” of the treatment as “very good” in 29.5 percent of cases and “good” in 27.3 percent of cases, compared to 0.0 percent and 15.4 percent in controls. 12
PEMF therapy has proven to be effective in the treatment of postsurgical pain and edema, chronic wound healing, and promoting vasodilation and angiogenesis.
14 Furthermore, a number of research point to the likelihood of better cancer outcomes. 15,16 PEMF has also been shown to improve nerve regeneration in vitro and in vivo, as observed with DPN. 17
Reduced inflammation18 and low back pain are two of PEMF’s most notable benefits.
19 16 individuals with back pain (without radiculopathy) were included in a Nigerian research. Patients were divided into two groups at random: PEMF with medicines (analgesics, diclofenac) were used in group 1, whereas conventional pharmaceuticals were used in group 2. For a maximum of 9 days, the device was used four times each day. When compared to individuals treated with conventional analgesics alone, PEMF patients experienced statistically significant quicker pain alleviation and restoration of normal functioning. These findings show that PEMF treatment might help individuals with back pain reduce pain and impairment. 19
PEMF therapy has been proven to be an effective, conservative treatment for lumbar radiculopathy caused by lumbar disc prolapse in individuals with low back pain with radiculopathy. In the research, 40 patients with lumbar disc prolapse were divided into two groups: one got PEMF therapy and the other received a placebo. PEMF appeared to be successful in decreasing nerve root compression, as indicated by improvements in somatosensory evoked potentials (SSEPs) for selected dermatome parameters following treatment, according to the authors. 20
PEMF can even help with botched back surgeries.
21 PEMF was given twice daily for 45 days to 34 individuals (68 percent female) with chronic or recurring pain after back surgery in a research by Harper et al. A clinically significant (30%) reduction in pain intensity was reported by 33 percent of the 30 per-protocol patients who completed the research. Subjects who had had discectomy before to the study had a greater response rate (60%) than those who had received other types of surgical treatments (decompression or fusion) without discectomy. Responders reported an average 44 percent and 55 percent reduction in back and leg pain intensity, respectively, and an average 13 percent improvement in Oswestry Disability Index scores when compared to baseline, according to the authors. 21. know about machines or devices, learn more about machines or devices, machines or devices,
Last but not least, the potential benefits of PEMF in reducing pelvic pain22 and heart function after a myocardial infarction23 are two of the most intriguing prospects to be investigated further.
Summary
PEMF treatment is a non-invasive and safe way to enhance your health. It stimulates and replicates the earth’s inherent electromagnetic frequencies, basically acting as a battery charger for the human body.
The most significant advantages include greater energy and circulation, fewer muscular spasms, improved sleep, improved bone fracture healing, and pain and inflammation reduction. “The body is self-healing, self-regulating, and self-regenerating,” writes Bryant A. Meyers. PEMF treatment fundamentally aids in the provision of the necessary energy.
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