Pulsed electromagnetic field (PEMF) therapy offers a new approach to health. It uses electromagnetic fields to potentially reduce pain, lower inflammation, and promote healing without needing medications or other invasive procedures. With the growing interest in alternative treatments, PEMF is becoming increasingly popular for its potential benefits.
In this article, we talk about how PEMF therapy works, its different advantages, and the possible side effects and risk factors you need to consider to make sure the right therapy for you.
What is PEMF therapy?
Pulsed electromagnetic field therapy, known as PEMF, uses electromagnetic energy to target different conditions, particularly muscle and bone disorders. Of the many therapies available, it's non-invasive and uses low-frequency pulses. These pulses can promote electrical currents through the tissues and cells of the body, stimulating various healing pathways.
Some studies suggest PEMF therapy works by affecting receptors on the surface of cells, which can impact biological processes like preventing cell death, stimulating stem cell growth, and influencing cell differentiation, all of which improve function in the body and promote overall health.
PEMF therapy side effects
While generally safe, some side effects, including mild nausea, dizziness, and sensitivity to electric stimulation, have been reported. Most research studies state participants experience no adverse events. However, these are shorter studies with limited exposure to electromagnetic therapy. Other studies investigating long-term exposure report significant side effects that significantly affect quality of life.
For instance, exposure to a magnetic field might have side effects on several major systems, including the peripheral nervous system, cardiovascular system, vestibular system, and brain and cognition. PEMF has also been linked to an increased risk of depression and neurodegenerative disease in utility workers.
Of biggest concern are the long-term side effects of PEMF and exposure. Research suggests that workers at a thermal power plant who are regularly exposed to low-frequency electromagnetic waves were associated with increased DNA damage from lab results. This can increase the risks of seizures, cancer, reproductive issues, and neurodegenerative disease.
Have you had side effects from PEMF? We want to hear about it! Share your experience in the comments below and help educate others on the risks and what to watch out for when trying PEMF.
Risk factors
Despite all of the promising evidence of PEMF therapy, there are some populations that may be in danger of specific adverse effects, meaning it may not be the best option for you.
- Pregnant parents. There is limited research on the side effects of PEMF therapy on developing babies, thus, it's not recommended for people who are expecting.
- People vulnerable to infection. Long-term exposure to PEMF therapy may negatively impact immune function by suppressing the immune system. This could lead to an increased chance of opportunistic infections for those who are vulnerable.
- People with medical implants. PEMF is known to interfere with the function of medical devices like pacemakers. Research has shown that using PEMF therapy on a pacemaker model caused significant malfunctions in the device.
Potential benefits of PEMF therapy
While more research is needed to better understand the long-term effects of PEMF therapy on the body, there are some advantages to the body that it may have.
Revitalize your body with the HigherDose PEMF mat. Feel the grounding effects of its magnetic and heating fields.
Bone-related diseases
Perhaps the best-known clinical application of PEMF is for bone health. Bone mineral density (BMD), the biggest issue in osteoporosis and osteopenia, can be increased using PEMF to support these conditions. Research shows that PEMF combined with exercise significantly increased BMD (bone mineral density) and bone formation markers in men with osteoporosis. These effects were extended to 6-months after therapy, suggesting PEMF could be a good long-term therapy option for patients with BMD disorders.
Inflammatory response
Chronic inflammation has been linked to the majority of medical issues we have today. In particular, a stroke can trigger an inflammatory response that can additionally do more damage to the brain. Preclinical studies demonstrate that PEMF might have a therapeutic effect by reducing swelling and protecting the brain. It may reduce pro-inflammatory molecules that are released after an event like ischemic stroke. While human research is needed to understand the therapeutic role of this in patients, it's a promising result in a condition that can be hard to treat.
Chronic pain
Chronic pain can significantly impact daily function. Non-specific lower back areas can be particularly challenging as the pain can be intense but difficult to treat. A recent review found that PEMF can improve cellular activity, reducing discomfort in patients with lower back pain. Clinical trials using PEMF reported significantly reduced pain symptoms, as well as some studies showing significant improvements in physical function. These findings suggest that further investigation of the therapeutic role could be beneficial in targeting other conditions with prolonged pain.
Muscle soreness
For active people, muscle aches can be a frustrating challenge to a training or workout schedule. PEMF may help reduce muscle soreness after isometric exercises like planks and wall sits. Research reports using PEMF after muscle exercises significantly improved delayed onset muscle soreness (DOMS) and sped up recovery. Since there is no other established treatment for reducing DOMS, these are meaningful results for reducing muscle aches post-workout in competitive athletes and active individuals.
Hypertension
High blood pressure is a symptom of metabolic disease and a major factor in developing heart disease. Most therapies involve medications, however, they can have negative side effects. Recent research exploring PEMF found it could help regulate blood pressure before and after exercise by increasing blood flow. A clinical trial giving patients with metabolic disease PEMF three times a week for 12 reported significant decreases in blood pressure and an increase in nitric oxide, which helps control blood vessel dilation. This could be an effective non-pharmacological option for patients with metabolic disease or hypertension on its own.
While these findings are promising, the majority of research studies are short-term studies. To fully understand the beneficial effects of PEMF therapy, longer-term studies and clinical trials are needed.
How to practice PEMF therapy safely
To reduce side effects and negative events, knowing how to use PEMF safely is important.
Be sure to choose a certified and properly calibrated device. This will ensure safety and efficacy when you use it. You should also be sure to select a tool that meets your needs. There are a variety of different PEMF therapies with different features and advantages.
Before starting therapy, it's important to set up your machine properly. Read instructions to place the device in the correct areas of your body and make sure it's releasing the right amount of energy for your needs.
It's important to measure your results regularly to assess how well the therapy is working for you. That being said, keep in mind that it may take some time to see improvements or changes. This is also an opportunity to note any side effects that you experience and know when you should talk to your healthcare provider.
PEMF therapy is a promising therapy option with numerous potential health benefits. While most side effects are mild and temporary, it's important to talk to your healthcare professional before starting therapy to make sure it's right for you and your body. Although more research needs to be done to fully understand the long-term effects of PEMF therapy, current findings highlight its safety and potential as a therapy for various health issues.
Have questions? Please share them in the comments below.
FAQ
Does PEMF make you tired?
Most people report feeling tired after PEMF. This could be because the body's natural healing process is activated and working to repair damaged cells.
Is PEMF therapy safe for everyone?
PEMF is not safe for everyone. If you are pregnant, have an implanted electrical device, and have a higher risk of infection, it's probably not right for you. Be sure to talk to your doctor before starting therapy.
Is PEMF bad for your liver?
Preclinical studies suggest that long-term exposure to PEMF may lead to oxidative damage to the liver. However, those with certain liver conditions may benefit from this therapy. Consult your doctor to see if it's right for you.
Is PEMF safe during pregnancy?
No, PEMF is not recommended during pregnancy. The research on the potential risks to the unborn baby and parent is very limited, therefore, you should wait to start therapy until after the baby is born and you've talked to your doctor.
Can you overuse PEMF?
While most current research suggests that PEMF therapy can't be overused, these are all short-term, small-scale studies. The long-term effects of treatment in clinical settings are unknown and require further research.
-
Pulsed electromagnetic field therapy (PEMF) is a non-invasive therapy that uses electromagnetic waves that stimulate tissues and cells to promote healing in the body.
-
It's been connected to helping conditions like bone density, chronic pain, high blood pressure, inflammation, and tissue regeneration.
-
While generally considered safe, exposure to magnetic fields may have some mild side effects and contraindications that are important to know about before starting therapy.
-
Choosing a device that is certified, well-calibrated, and set up properly to the right magnetic frequency is a crucial aspect to using PEMF safely.
10 resources
- International Journal of Molecular Science. Pulsed electromagnetic fields (PEMF)—physiological response and its potential in trauma treatment.
- Biomedicine & Pharmacotherapy. Promising application of pulsed electromagnetic fields (PEMFs) in musculoskeletal disorders.
- Mutation Research/Genetic Toxicology and Environmental Mutagenesis. DNA damage from long-term occupational exposure to extremely low frequency electromagnetic fields among power plant workers.
- Journal of Shanghai Jiao Tong University. “Window effect” and protective measures of exogenous pulsed electromagnetic field on implantable cardiac pacemaker.
- Medical Hypotheses. Electromagnetic fields may act via calcineurin inhibition to suppress immunity, thereby increasing risk for opportunistic infection: conceivable mechanisms of action.
- F100 Research. Long-term effect of full-body pulsed electromagnetic field and exercise protocol in the treatment of men with osteopenia or osteoporosis: a randomized placebo-controlled trial.
- Cytokine. Signaling pathways involved in anti-inflammatory effects of pulsed electromagnetic field in microglial cells.
- Wiener Medizinische Wochenschrift. Efficacy of pulsed electromagnetic field therapy on pain and physical function in patients with non-specific low back pain: a systematic review.
- Physical Therapy in Sport. Effects of pulsed electromagnetic field therapy on delayed-onset muscle soreness in biceps brachii.
- Blood Pressure. The impact of pulsed electromagnetic field therapy on blood pressure and circulating nitric oxide levels: a double blind, randomized study in subjects with metabolic syndrome.
Your email will not be published. All fields are required.