QRS and Osteoporosis Dr Heather
With more than 20 million people with osteoporosis alone in the United States, it makes it imperative that folks should know about this safe, natural, effective cure. For we have no other medical cure for osteoporosis. Sure, we can put people on a lifetime of estrogens or estrogen mimics like Evista, or on Fosamax and other bisphosphonates that can cause a myriad of side effects and don’t restore the missing minerals to bone. All these drugs merely, once again, turn off a normal pathway, this time of breaking down and then rebuilding new bone. They make it so that you don’t normally break down and remodel bones, but you merely keep the same old bone.
With this physiology in mind where normal bone turnover is halted, I wonder if these drugs will increase the storage of cancer-causing cadmium and other heavy metals that notoriously deposit in bone. Studies (TW 2002) already point toward increased cancers with these drugs. And with millions of Americans taking NSAIDs daily, osteoporosis and the need for hip and knee replacements will continue to flourish even more. For these medications, by stopping the body from making new joint cartilage (they inhibit glycosaminoglycan synthesis), cause a steady deterioration of joints, eventually requiring joint replacement (Shield).
Anyway, despite all this knowledge I was still skeptical until I got tennis elbow (lateral epicondylitis) again. Having had it numerous times, I knew it was a sign of poor tennis technique, and that I needed more lessons. I also knew I would be in for agonizing pain for the next six months no matter what I did, since stopping tennis is never an option. You can imagine my surprise when within 24 hours the pain was completely gone.
I have tested this on five other separate occasions, and every time the QRS has come through within hours or two days maximum. This is unheard of in medicine. At least I thought it was until I came across papers 20 years old showing that far-thinking physicians have been doing this all along for not only elbows, but ankles, knees, and shoulders (Lee, Binder, Pilla, Devereaux, Pennington). Next, I read a personal report from a Harvard medical school faculty physician in her 40s with resistant osteoporosis. She improved her continually deteriorating bone scan 6% in less than a year with using the QRS. She was ecstatic, since nothing else had worked before this.
The Quantron Resonance System (QRS) is the result of German technology. There are currently five ways to treat the body with this pulsed electromagnetic devise, with more on the way.
(1) A full-body mattress is available for general whole-body regeneration as well as for promoting a restful sleep
(2) There is also an applicator pad for small areas like the elbow, shoulder, back, feet or the heart, for example.
(3). There is a pen-like applicator (which I used right on the olecranon bursa for tennis elbow and have used it successfully on teeth roots when they have been traumatized).
(4) QRS Goggles for a broad range of ophthalmological issues
(5) Ear Applicator for Ontological issues primarily tinnitus
Each one of these works with the control box that has ten different settings. If you want to go for the maximum health, I will certainly recommend adding the QRS to your anti-aging plan. In addition, the whole family can benefit, plus you have it to use forever.
An instruction booklet accompanies the QRS, giving guidelines for which of the ten settings is appropriate for various conditions. As an example, for pinpoint pain such as tennis elbow or a painful tooth after biting on something hard, use the pen applicator on the point at setting #10. Do three 8-minute sessions three times a day. If you are worse in any respect, you’ll need to back off to a lower and tolerable setting. I suggest you also buy the inexpensive EMF meter, the Cell Sensor, so you know whether you have hooked it up properly. You can also measure electrical activity around your house.
For a sprained back, shoulder, knee or ankle, the pad is more convenient. For osteoporosis of the hips, use the entire mattress. The dose tolerated by many would be one or two 8-minute sessions in the morning, one or two 8-minute sessions in the afternoon, and one or two 8-minute sessions in the evening. How much time you spend depends on how fast you want to correct your condition, and how damaged you are. Many reports reversing osteoporosis with only eight minutes twice a day for 4-8 months. Meanwhile, some need to do only 1-2 settings on #1 before bed to stimulate the brain waves of relaxation. This is also useful in the middle of the night if you awaken with insomnia.
As with any modalities, there is huge individual variation. Although I have never seen them, I bet there are people who could only tolerate two minutes at #1. Therefore, just as with a sauna, there are folks who will have to use truly short times initially and build up.
The beauty of the QRS, as with the sauna, is that there is no time lost, for you can read, listen, or watch instructive material. I absolutely adore getting healthier and not having to waste any time doing it.
QRS PEMF Effectiveness
Low-intensity (PEMF) to high-intensity applications (PMS)
The difference between classic low-intensity QRS magnetic field therapy (Pulsed Electromagnetic Field / PEMF) and pulsed QRS magnetic stimulation (Pulsed Magnetic Stimulation / PMS) respectively the Transpelvine Magnetic Stimulation (TPM) lies on the one hand in the intensity of the magnetic field and the frequencies used, and on the other in the purpose of therapy.
Put simply, in low-intensity QRS magnetic field therapy (PEMF), cells in the body are stimulated. In high-intensity QRS magnetic stimulation (PMS), muscle fiber cells are stimulated.
Entirely new form of musculature stimulation (PMS)
The QRS therapy device, which can perform this musculature-stimulating training, is the QRS 1010 Pelvic enter. With this system, an entirely new form of pelvic floor training (TPM) becomes possible. The magnetic field generated stimulates the nerves of the muscle fibers. This causes the muscle fibers located in the magnetic field to contract.
Fig. on left: A muscle fiber cell in its rest state; Right: Active muscle cell made to contract via the PMS signal.
During the signal sequence of 4 to 8 seconds, the musculature located in the magnetic field is tensed and then relaxed again during the signal pause, which is also 4 to 8 seconds. This is more effective than active musculature training, e.g., with classic pelvic floor exercises.
The TPM method is used to treat symptoms of a weakened pelvic floor and buttock area due to muscular causes, as well as the accompanying negative consequences. The PMS therapy method is not intended to discredit the effectiveness of classic pelvic floor exercises. However, TPM is an important option for persons who are not able to perform conventional, physiotherapeutic pelvic floor exercises actively and independently.
Apart from the high effectiveness of this therapy, the primary advantage of QRS TPM therapy is the high patient compliance rate. This contrasts with conventional pelvic floor training, for which high dropout rates are a daily occurrence.
With the TPM method, the attending therapist or doctor is in control of the success of the treatment without having to depend on the patient’s willingness to cooperate. Detrimental side effects are not known. Muscle cramps may result from initial settings that are too high.
Positive side effects include an improvement in coordination abilities in the buttock area as well as an improvement in any existing back pain in the lumbar vertebrae region. Several female patients have reported a tightening of the buttocks and an improvement in their cellulite contours.
Classic pulsed QRS magnetic field therapy (PEMF)
Contrary to the general assumption that the pulsed magnetic field alone is responsible for the positive effect, a closer look reveals a different story in the case of QRS: The magnetic field is secondary; it serves primarily as a transmitter. The primary effect is a different one: The unique ion transport phenomenon.
Magnetic field and ion transport
QRS is the only magnetic field device manufacturer which uses the magnetic field to facilitate ion transport. As a result, this means that low-intensity QRS magnetic field therapy not only generates a high-quality, natural magnetic field, but also that the patented, unique QRS frequency shapes are able to intensify ion transport.
Put simply, ion transport refers to the exchange of cell nutrients via the cell membrane into the cell, and the removal of waste materials from out of the body’s cells.
This promotes the supply of cell nutrients, which in turn stimulates and improves cell metabolism overall. Doing so increases the voltage potential of a cell. One other resulting effect is a significant increase in the oxygen content of the blood.
Fig. on left: Healthy cell with a cell voltage of 70 to 100 mV (-); Center: Weakened cell with a voltage of approx. 60 to 50 mV (-); Right: Dying cell with a voltage lower than 20 mV.
Hence, it is plausible that improved cell nutrient provision, stimulated metabolism, and higher cell voltage can significantly promote healing in the body.
QRS is electrosmog-free.
The QRS therapy devices QRS 101 and QRS 310 are the only devices in the magnetic field therapy market which possess an “electrosmog killer frequency”. Hence, during the QRS therapy, users are in an electro smog-free field, like a Faraday cage.
QRS is the original
Due to its therapeutic properties and a response rate of over 60%, low-intensity QRS magnetic field therapy has been one of the most successful magnetic field therapies to date since its inception. Over the past 20 years, many have attempted to copy QRS, but without success so far. QRS is and remains the original.
In summary, low-intensity QRS magnetic field therapy with the QRS 101 Home System and with the QRS 310 Doctor System are used to treat pain, and for many conditions, often brings success without additional pharmacological therapy.
QRS assists both with cell vitalization and cell metabolism via targeted ion transport. The overall metabolism is activated, immune defenses stabilized, and cell regeneration improved, resulting in the strengthening of weakened body functions in a natural fashion.
Since 1993, several hundred thousand devices with QRS technology have been and are currently in use to provide healthcare. International research and user logs have not identified any detrimental side effects to date.
Noninvasive PEMF To Treat Men Suffering from Benign Prostatic Hyperplasia
Noninvasive PEMF To Treat Men Suffering from Benign Prostatic Hyperplasia
physicians from Sapienza University in Rome have published promising results of a small prospective interventional trial using noninvasive pulsed electromagnetic field therapy (PEMF) to treat men suffering from benign prostatic hyperplasia (BPH). After one month of treatment, prostate volume and symptoms significantly decreased. Men with moderate-severe lower urinary tract symptoms and without metabolic syndrome benefitted more from the treatment. The study was recently published in Andrology, the highest ranked journal of andrological research.
Benign prostatic hyperplasia is a common affliction of older men.
Most men over the age of 50 will develop enlarged prostate, or BPH. The walnut-sized prostate gland produces prostatic fluid, which is a main component of semen. It can grow to the size of a lemon by the time a man is 60 years of age and may press against the bladder and urethra. BPH includes chronic lower urinary tract symptoms, such as frequent and urgent urination, sense of incomplete bladder emptying, and decreased force of the urine stream. A common complaint is having to get up at night to urinate. Approximately 60% of men over the age of 60, and 80% of men over the age of 80, will experience the symptoms of BPH.
A poorly understood disease
Risk factors for BPH include age, diabetes, cardiovascular disease, hypertension, and metabolic syndrome. The etiology of the disease is not completely known, but inflammatory damage is the most likely cause. Inflammation triggers fibrosis and lack of oxygen to affected tissue, resulting in structural changes in the prostate. This creates a cycle of inflammation-fibrosis-hypoxia-inflammation, which in turn causes glandular remodeling and tissue growth (Berger, et al., 2003; Mishra, et al., 2007).
Traditional treatment options for BPH include medications such as alpha-blockers and 5a-reductase inhibitors or surgical interventions. Side effects of treatments may include the inability to ejaculate, retrograde ejaculation (semen flows backwards into the bladder), erectile dysfunction, and even loss of bladder control. Some men affected have reported that taking saw palmetto, an herbal supplement, gives them relief but clinical evidence for its effectiveness is not conclusive. Clearly, effective, and less invasive treatments for this common disease are needed.
Pulsed Electromagnetic Field Therapy and BPH
PEMF consists of low frequency pulsed energy waves and has been used for a variety of ailments such as various orthopedic conditions. For example, PEMF has been shown to reduce pain and improve function for those afflicted with osteoarthritis. The electromagnetic field is produced by a device that reduces inflammation by promoting growth of new blood vessels, dilation of blood vessels, and tissue remodeling. The overall effect is reduction in tissue hypoxia. These aspects of PEMF make it an ideal noninvasive option to treat BPH (Frey, 1974; Hug and Roosli, 2012).
In this regard, only a few studies have used PEMF to treat enlarged prostate. Two published studies used a desktop PEMF device to treat BPH in men with positive, but variable, results (Elgohary and Tantawy, 2017; Giannakopoulos, et al., 2011). A more recent study in 20 dogs, which also suffer from enlarged prostate as they age, found an average of 57% reduction in prostatic volume following three weeks of treatment with a portable PEMF device, without any interference in semen quality, testosterone levels, or libido (Leoci, et al., 2014).
The current study used a similar PEMF device and treatment program as the dog study. Twenty-seven naive patients with BPH and lower urinary tract symptoms were enrolled. They received a battery of tests including transrectal ultrasound and standardized questionnaires at baseline. They then used a handheld PEMF device (Magcell® Microcirc, Physiomed Elektromedizin) for five minutes twice daily for 28 consecutive days. The tests were then repeated. Nine patients elected to continue therapy for three more months while others discontinued. A final health evaluation was completed at four months for all patients.
“The patients were happy with this simple treatment plan, and we were very pleased that their symptoms significantly improved after only one month of treatment, without any sort of side effects,” noted corresponding author Prof. Andrea Isidori.
PEMF was able to significantly reduce prostate volume after just 28 days of therapy, resulting in a median decrease of 5.4%. Symptoms also improved, with high compliance and no effects on hormonal and sexual function. There were no differences between subjects who continued therapy for three more months and those who did not, showing that one month of therapy may be sufficient for the device to effectively reduce prostate volume and symptoms.
Patients with moderate-severe lower urinary tract symptoms and without metabolic syndrome (a cluster of conditions that include increased blood pressure, high blood sugar, excess body fat around the waist, and abnormal cholesterol or triglyceride levels and that increase the risk of heart disease, stroke, and type 2 diabetes) seemed to benefit more from this treatment.
Next steps
The pilot study provided promising evidence for the usefulness of PEMF to treat BPH. The decrease in prostate size was less than that attained in dogs, however. This may be due to differences between dogs and humans in the architecture of prostate tissue and growth characteristics due to BPH. Additional research with a larger number of men and a control group is needed to better understand the optimal schedule and duration of treatment, the impact of treatment on prostate tissue, and the potential use of PEMF in conjunction with traditional BPH therapies.
“The Parsemus Foundation supported this pilot study in men following the successful trial in dogs, with the goal of finding an inexpensive, noninvasive method to alleviate the symptoms of enlarged prostate. We look forward to partnering with other funders to sponsor additional research on the use of PEMF to treat BPH.”
Linda Brent, Ph.D., Executive Director, Parsemus Foundation
How Does Pulsed Electromagnetic Field Therapy Help the Body?
As our understanding of the human body and the natural world continues to improve, we are discovering new ways to treat certain conditions. Pulsed Electromagnetic Therapy
As our understanding of the human body and the natural world continues to improve, we are discovering new ways to treat certain conditions. Pulsed Electromagnetic Therapy (PEMF) is one of the most innovative forms of alternative treatments and, since it was initially approved by the FDA in 2013, the available applications of this treatment modality have been continually expanding.
PEMF devices have helped people, without the need for invasive treatments. Once you buy a PEMF device online, you will be able to begin recovering within the comfort of your own home. One of the most common applications of PEMF devices is to treat non-union fractures. PEMF therapy typically involves multiple 45-minute sessions.
PEMF therapy works because it directly interacts with the cells in your body. By offering treatment at the cellular level, your body can begin repairing itself from the “bottom up.” This is different than other forms of treatment, such as physical therapy, but the use of these treatments are rarely mutually exclusive (in fact, they often complement each other quite well).
Because PEMF treatments are relatively new, many people find themselves hoping to learn more. One of the most common questions people ask is, how do PEMF treatments help the body? In this article, we will discuss several ways PEMF devices can be used to treat certain conditions. We will also discuss how you can determine if PEMF treatment makes sense for you.
Reducing Inflammation
Cells that have experienced an illness or injury will often not be able to hold their ideal magnetic charge. Consequently, these cells may become (and cause surrounding cells to become) inflamed. Inflammation is the result of cells “sticking” together and preventing blood flow from progressing as it needs to. With a PEMF device, the cells will regain their proper charge and inflammation will decrease. PEMF devices also combat inflammation by improving the blood’s chemical content.
Improved Circulation
Circulation is necessary for our bodies to properly function. If blood cannot get to where it needs to be (especially in extremities), our skin, organs, and other bodily components will begin to deteriorate. PEMF devices can help your body immediately improve its circulation and allow all blood cells to flow freely. Incorrect magnetic charges contribute significantly to blood flow issues. After receiving a correct charge via a PEMF device, many individuals report feeling better within 15 minutes. Because 1 in 3 adults experience high blood pressure (resulting in high blood pressure), improved circulation is one of the most common uses for these devices.
Accelerated Healing
As you might expect, healing is something that often begins at the cellular level. Whether you are experiencing hypertension, non-union fractures, or various diseases, if you do not address the core problem—damaged cells—recovery will take much longer. PEMF helps assure that cells have their proper charges (both positive and negative). Healthy cells can accept the nutrients they need to perform at their best. This enables tissues to heal in a relatively short amount of time.
Pain Relief
If you are currently in pain, then there is no doubt that you are looking for some sort of relief. If the pain is constant, then the need for relief will be even more urgent. With the right PEMF device, you can begin feeling immediate relief from pain, especially pain that is caused by damaged cells. While a total recovery may require a bit more time, these devices are able to offer many people the short-term pain relief they’ve been seeking—all without the need for invasive surgeries or addictive painkillers.
Improved Mobility
For your body to be truly mobile, its natural magnetic field will need to be able to “pass through” without an impediment. PEMFs can help improve this magnetic field, which is especially useful for individuals who are suffering from osteoporosis, various bone conditions, and osteopenia. After a few treatments, you may notice that you can move your joints and muscles with significantly greater ease. You may also notice a larger range of motion, enabling you to perform more physical functions. Because of this, PEMF devices are often used by professional athletes following a major injury.
Long-Term Cellular Recovery
One of the reasons why PEMF devices have become more popular in the United States (and elsewhere around the world) is that the solutions they provide can usually be sustained over time. The machines can improve a cell charge (its energy) by as much as 500 percent. Ions, electrolytes, and essential fluids can all be distributed throughout the body with ease. Continued use of a PEMF machine, in some cases, will not only help you recover from an injury sooner—they may also help prevent future injuries from ever occurring.
Is PEMF Treatment Right for You?
As you can see, there are many different possible uses and benefits of a PEMF machine. These machines are often used to damaged muscles, non-union fractures, and other physical conditions. They may also treat certain mental health conditions such as depression and even brain tumors (though more research is still needed). If you are considering purchasing a PEMF device, ask yourself the following questions.
Am I currently experiencing any injuries or diseases?
Are these conditions occurring at the cellular level?
Do I want a non-invasive treatment option, approved by the FDA?
Does my doctor recommend (or approve of) the use of PEMF devices?
While these revolutionary devices may not be able to treat every condition, they have been able to help countless people around the world. Because the treatment itself is minimally invasive, there are very few drawbacks from trying a PEMF device. However, you should still speak with your doctor before adding anything new to your current treatment regimen.
Conclusion
The development of PEMF devices has helped change the ways many people address and recover from certain health conditions. The benefits of PEMF devices are numerous and positive results can begin to occur quite quickly. After doing your research and comparing all available options, you may quickly discover that these are the ideal treatments for you.
How Does Pulsed Electromagnetic Field Therapy Help the Body?
As our understanding of the human body and the natural world continues to improve, we are discovering new ways to treat certain conditions. Pulsed Electromagnetic Therapy
As our understanding of the human body and the natural world continues to improve, we are discovering new ways to treat certain conditions. Pulsed Electromagnetic Therapy (PEMF) is one of the most innovative forms of alternative treatments and, since it was initially approved by the FDA in 2013, the available applications of this treatment modality have been continually expanding.
PEMF devices have helped people, without the need for invasive treatments. Once you buy a PEMF device online, you will be able to begin recovering within the comfort of your own home. One of the most common applications of PEMF devices is to treat non-union fractures. PEMF therapy typically involves multiple 45-minute sessions.
PEMF therapy works because it directly interacts with the cells in your body. By offering treatment at the cellular level, your body can begin repairing itself from the “bottom up.” This is different than other forms of treatment, such as physical therapy, but the use of these treatments are rarely mutually exclusive (in fact, they often complement each other quite well).
Because PEMF treatments are relatively new, many people find themselves hoping to learn more. One of the most common questions people ask is, how do PEMF treatments help the body? In this article, we will discuss several ways PEMF devices can be used to treat certain conditions. We will also discuss how you can determine if PEMF treatment makes sense for you.
Reducing Inflammation
Cells that have experienced an illness or injury will often not be able to hold their ideal magnetic charge. Consequently, these cells may become (and cause surrounding cells to become) inflamed. Inflammation is the result of cells “sticking” together and preventing blood flow from progressing as it needs to. With a PEMF device, the cells will regain their proper charge and inflammation will decrease. PEMF devices also combat inflammation by improving the blood’s chemical content.
Improved Circulation
Circulation is necessary for our bodies to properly function. If blood cannot get to where it needs to be (especially in extremities), our skin, organs, and other bodily components will begin to deteriorate. PEMF devices can help your body immediately improve its circulation and allow all blood cells to flow freely. Incorrect magnetic charges contribute significantly to blood flow issues. After receiving a correct charge via a PEMF device, many individuals report feeling better within 15 minutes. Because 1 in 3 adults experience high blood pressure (resulting in high blood pressure), improved circulation is one of the most common uses for these devices.
Accelerated Healing
As you might expect, healing is something that often begins at the cellular level. Whether you are experiencing hypertension, non-union fractures, or various diseases, if you do not address the core problem—damaged cells—recovery will take much longer. PEMF helps assure that cells have their proper charges (both positive and negative). Healthy cells can accept the nutrients they need to perform at their best. This enables tissues to heal in a relatively short amount of time.
Pain Relief
If you are currently in pain, then there is no doubt that you are looking for some sort of relief. If the pain is constant, then the need for relief will be even more urgent. With the right PEMF device, you can begin feeling immediate relief from pain, especially pain that is caused by damaged cells. While a total recovery may require a bit more time, these devices are able to offer many people the short-term pain relief they’ve been seeking—all without the need for invasive surgeries or addictive painkillers.
Improved Mobility
For your body to be truly mobile, its natural magnetic field will need to be able to “pass through” without an impediment. PEMFs can help improve this magnetic field, which is especially useful for individuals who are suffering from osteoporosis, various bone conditions, and osteopenia. After a few treatments, you may notice that you can move your joints and muscles with significantly greater ease. You may also notice a larger range of motion, enabling you to perform more physical functions. Because of this, PEMF devices are often used by professional athletes following a major injury.
Long-Term Cellular Recovery
One of the reasons why PEMF devices have become more popular in the United States (and elsewhere around the world) is that the solutions they provide can usually be sustained over time. The machines can improve a cell charge (its energy) by as much as 500 percent. Ions, electrolytes, and essential fluids can all be distributed throughout the body with ease. Continued use of a PEMF machine, in some cases, will not only help you recover from an injury sooner—they may also help prevent future injuries from ever occurring.
Is PEMF Treatment Right for You?
As you can see, there are many different possible uses and benefits of a PEMF machine. These machines are often used to damaged muscles, non-union fractures, and other physical conditions. They may also treat certain mental health conditions such as depression and even brain tumors (though more research is still needed). If you are considering purchasing a PEMF device, ask yourself the following questions.
Am I currently experiencing any injuries or diseases?
Are these conditions occurring at the cellular level?
Do I want a non-invasive treatment option, approved by the FDA?
Does my doctor recommend (or approve of) the use of PEMF devices?
While these revolutionary devices may not be able to treat every condition, they have been able to help countless people around the world. Because the treatment itself is minimally invasive, there are very few drawbacks from trying a PEMF device. However, you should still speak with your doctor before adding anything new to your current treatment regimen.
Conclusion
The development of PEMF devices has helped change the ways many people address and recover from certain health conditions. The benefits of PEMF devices are numerous and positive results can begin to occur quite quickly. After doing your research and comparing all available options, you may quickly discover that these are the ideal treatments for you.
Electromagnetic Therapy Effective for Enlarged Prostate
Physicians from Sapienza University in Rome have published promising results of a small prospective interventional trial using noninvasive pulsed electromagnetic field therapy (PEMF) to treat men suffering from benign prostatic hyperplasia (BPH). After one month of treatment, prostate volume and symptoms significantly decreased. Men with moderate-severe lower urinary tract symptoms and without metabolic syndrome benefitted more from the treatment. The study was recently published in Andrology, the highest ranked journal of andrological research.
Benign prostatic hyperplasia is a common affliction of older men.
Most men over the age of 50 will develop enlarged prostate, or BPH. The walnut-sized prostate gland produces prostatic fluid, which is a main component of semen. It can grow to the size of a lemon by the time a man is 60 years of age and may press against the bladder and urethra.
BPH includes chronic lower urinary tract symptoms, such as frequent and urgent urination, sense of incomplete bladder emptying, and decreased force of the urine stream. A common complaint is having to get up at night to urinate. Approximately 60% of men over the age of 60, and 80% of men over the age of 80, will experience the symptoms of BPH.
A poorly understood disease
Risk factors for BPH include age, diabetes, cardiovascular disease, hypertension, and metabolic syndrome. The etiology of the disease is not completely known, but inflammatory damage is the most likely cause. Inflammation triggers fibrosis and lack of oxygen to affected tissue, resulting in structural changes in the prostate. This creates a cycle of inflammation-fibrosis-hypoxia-inflammation, which in turn causes glandular remodeling and tissue growth (Berger, et al., 2003; Mishra, et al., 2007).
Traditional treatment options for BPH include medications such as alpha-blockers and 5a-reductase inhibitors or surgical interventions. Side effects of treatments may include the inability to ejaculate, retrograde ejaculation (semen flows backwards into the bladder), erectile dysfunction, and even loss of bladder control. Some men affected have reported that taking saw palmetto, an herbal supplement, gives them relief but clinical evidence for its effectiveness is not conclusive. Clearly, effective, and less invasive treatments for this common disease are needed.
Pulsed Electromagnetic Field Therapy and BPH
PEMF consists of low frequency pulsed energy waves and has been used for a variety of ailments such as various orthopedic conditions. For example, PEMF has been shown to reduce pain and improve function for those afflicted with osteoarthritis. The electromagnetic field is produced by a device that reduces inflammation by promoting growth of new blood vessels, dilation of blood vessels, and tissue remodeling. The overall effect is reduction in tissue hypoxia. These aspects of PEMF make it an ideal noninvasive option to treat BPH (Frey, 1974; Hug and Roosli, 2012).
In this regard, only a few studies have used PEMF to treat enlarged prostate. Two published studies used a desktop PEMF device to treat BPH in men with positive, but variable, results (Elgohary and Tantawy, 2017; Giannakopoulos, et al., 2011). A more recent study in 20 dogs, which also suffer from enlarged prostate as they age, found an average of 57% reduction in prostatic volume following three weeks of treatment with a portable PEMF device, without any interference in semen quality, testosterone levels, or libido (Leoci, et al., 2014).
The current study used a similar PEMF device and treatment program as the dog study. Twenty-seven naive patients with BPH and lower urinary tract symptoms were enrolled. They received a battery of tests including transrectal ultrasound and standardized questionnaires at baseline. They then used a handheld PEMF device (Magcell® Microcirc, Physiomed Elektromedizin) for five minutes twice daily for 28 consecutive days. The tests were then repeated. Nine patients elected to continue therapy for three more months while others discontinued. A final health evaluation was completed at four months for all patients.
“The patients were happy with this simple treatment plan, and we were very pleased that their symptoms significantly improved after only one month of treatment, without any sort of side effects,” noted corresponding author Prof. Andrea Isidori.
PEMF was able to significantly reduce prostate volume after just 28 days of therapy, resulting in a median decrease of 5.4%. Symptoms also improved, with high compliance and no effects on hormonal and sexual function. There were no differences between subjects who continued therapy for three more months and those who did not, showing that one month of therapy may be sufficient for the device to effectively reduce prostate volume and symptoms. Patients with moderate-severe lower urinary tract symptoms and without metabolic syndrome (a cluster of conditions that include increased blood pressure, high blood sugar, excess body fat around the waist, and abnormal cholesterol or triglyceride levels and that increase the risk of heart disease, stroke, and type 2 diabetes) seemed to benefit more from this treatment.
Next steps
The pilot study provided promising evidence for the usefulness of PEMF to treat BPH. The decrease in prostate size was less than that attained in dogs, however. This may be due to differences between dogs and humans in the architecture of prostate tissue and growth characteristics due to BPH. Additional research with a larger number of men and a control group is needed to better understand the optimal schedule and duration of treatment, the impact of treatment on prostate tissue, and the potential use of PEMF in conjunction with traditional BPH therapies.
“The Parsemus Foundation supported this pilot study in men following the successful trial in dogs, with the goal of finding an inexpensive, noninvasive method to alleviate the symptoms of enlarged prostate,” said Executive Director Linda Brent, PhD. “We look forward to partnering with other funders to sponsor additional research on the use of PEMF to treat BPH.”
Berger AP, Kofler K, Bektic J, Rogatsch H, Steiner H, Bartsch G, Klocker H. Increased growth factor production in a human prostatic stromal cell culture model caused by hypoxia. Prostate. 2003;57:57-65.
Elgohary HM, Tantawy SA. Pulsed electromagnetic field with or without exercise therapy in the treatment of benign prostatic hyperplasia. J Phys Ther Sci. 2017;29:1305-1310.
Frey AH. Differential biologic effects of pulsed and continuous electromagnetic fields and mechanisms of effect. Ann N Y Acad Sci. 1974;238:273-9.
Giannakopoulos XK, Giotis C, Karkabounas S, Verginadis, II, Simos YV, Peschos D, Evangelou AM. Effects of pulsed electromagnetic fields on benign prostate hyperplasia. Int Urol Nephrol. 2011;43:955-60.
Hug K, Roosli M. Therapeutic effects of whole-body devices applying pulsed electromagnetic fields (PEMF): a systematic literature review. Bioelectromagnetics. 2012;33:95-105.
Leoci R, Aiudi G, Silvestre F, Lissner E, Lacalandra GM. Effect of pulsed electromagnetic field therapy on prostate volume and vascularity in the treatment of benign prostatic hyperplasia: a pilot study in a canine model. Prostate. 2014;74:1132-41.
Mishra VC, Allen DJ, Nicolaou C, Sharif H, Hudd C, Karim OM, Motiwala HG, Laniado ME. Does intraprostatic inflammation have a role in the pathogenesis and progression of benign prostatic hyperplasia? BJU Int. 2007;100:327-31.
PEMF Therapy For Coronavirus COVID-19
The world is in unprecedented times right now. Non-essential businesses have closed, people are stuck indoors, and there is a huge effort to protect people. Indeed, this is due to the coronavirus outbreak, which has many people rightfully concerned about their safety.
Staying home when possible, wearing a mask when you go out, and washing your hands frequently while using hand sanitizer are excellent ways to stay safe. However, this is not foolproof on its own. Coronavirus is a virus that targets those with compromised immune systems. Therefore, older people are more at risk than younger generations.
We will be going over how PEMFs may help improve your immune system to fight COVID-19.
How Does PEMF Therapy Help Keep You Safe from Coronavirus?
As touched on earlier, coronavirus is an unrelenting disease that can become deadly for those with weak immune systems. Many believe that COVID-19 is an instant death sentence when you get it–this is untrue. While COVID-19 is dangerous and people need to take it seriously, your immune system does everything it can to fight it.
The average young adult, child, and middle-aged person’s immune system will likely be able to prevent coronavirus from progressing to deadly stages. This disease will try to attack the lungs and come with it are symptoms such as:
Fever
Difficulty breathing
Chest pain
Frequent coughing
The breathing part is a big reason for how deaths occur to put it simply. In severe cases, air sacs in the lungs get filled with fluid from damaged blood vessels which in turn cuts off oxygen.
Why PEMF Therapy Should Be Considered
PEMF therapy is like a power-up for your cells. It has many uses, and one of those is fighting illness. A simple explanation for how PEMF works would be akin to giving your cells a cup of coffee to energize and speed up their job.
Your cells may not always perform their best, therefore you might catch a cold at times. Even people with naturally strong immune systems can fall victim to sickness.
PEMF acts as a stimulant by directing energy waves to these cells. Regular use of PEMF helps keep your immune system in shape. This is incredibly important considering the circumstances!
The best part of PEMF therapy? It takes little time out of your day! In fact, you can sit back and enjoy your favorite TV shows while your cells are getting the boost they need. And considering that you are likely stuck at home, regular sessions will be easy to accomplish.
There currently isn’t a cure for coronavirus. Right now, your immune system is the best way to prevent the virus from getting severe. Investing in PEMF equipment not only helps during this pandemic, but in the future, it will help fight other illnesses. It can also help speed up the healing process of injuries. PEMF is incredibly versatile and will benefit your life in both the short and long run.
Where to Start with PEMF Therapy
If you simply punch in “PEMF therapy devices” in your favorite search engine, you will get a vast spectrum of results. You see pricing ranging from several hundred dollars to a few thousand dollars. A low-frequency PEMF will be enough to experience results in this circumstance.
Keeping yourself safe during this COVID-19 pandemic is the top priority for anyone. PEMF is an incredible drug-free technology that is currently one of the best ways to help prevent the virus from getting fatal. With regular hand washing and disinfecting, PEMF therapy will enable you to do all you can during these harsh times.
Resource: biobalancepemf.com/pemf-therapy-for-coronavirus-covid-19-biobalance-pemf/
Pulsed Electromagnetic Field Therapy: A Non-Drug Option for Pain
By Kim Hecht, DO
Reference
Interim Medical Director – Susan Samueli Integrative Health Institute
UCI Susan and Henry Samueli College of Health Sciences
Common over the counter medications used for pain relief, such as ibuprofen (e.g. Advil, Motrin) and acetaminophen (e.g. Tylenol) have potential health risks when used long-term or used inappropriately. Overuse of ibuprofen or NSAIDS increase the risk of stomach ulcers and kidney problems. Inappropriate use of acetaminophen increases the risk of liver dysfunction. In general, the risks of addiction and respiratory depression are associated with chronic opioid use. Considering these risks seeking complementary pain relief is wise to consider.
One complementary method to reduce pain is pulsed electromagnetic field, or PEMF. PEMF devices offer a nondrug approach to pain management and a potential decrease of medication use and dependency. There are many pulsed electromagnetic field devices on the market. The devices vary depending on the magnetic field intensity, waveform, and frequency. A great amount of research has been performed using PEMF for different aspects of healing in animal models, as well as clinical treatment of non-healing fractures, tendon tears, chronic ulcers, post-surgical pain, and acute or chronic pain. Unfortunately, there is no strong consensus on specific intensities, frequencies, or waveforms for particular conditions. It has been difficult to establish an agreement because different magnetic fields applied for different medical issues can cause different results (Markov, 2015).
Despite the challenges of research, there are multiple possible benefits of a therapeutic magnetic field application to healing the body (Jerabek and Pawluk, 1996). Studies have shown a decrease in:
Pain,
Swelling
Inflammation
Magnetic field application studies have also shown to improve:
Circulation
Cellular metabolism
Energy
Proposed mechanisms of PEMF therapy include activation of voltage-gated calcium channels to increase intracellular calcium and nitric oxide release (Pilla, 2015). Nitric oxide promotes blood vessel production and growth, which is helpful in healing injured tissues (Pilla, 2015).
PEMF has been examined in many painful conditions including: acute injury, arthritis and nerve issues. Researchers found improved healing of soft tissue injuries by decreasing swelling and healing hematoma, while low frequency PEMFs improved edema during treatment and high frequency PEMF improved edema up to several hours after the treatment session (Markov and Pilla, 1995).
In the different conditions investigated:
Individuals with neck pain as a consequence of acute whiplash had significant improvement of pain compared to controls when treated with high frequency PEMF at 27.12 MHz (Foley-Nolen et al., 1992).
Patients with low back arthritis had improvement of pain for approximately 90-95% of the time with PEMF of 35-40 mT applied (Mitbreit et al., 1996).
A research team investigated 83 patients with knee osteoarthritis (OA). Participants were given treatment for 2 hours a day, 5 days/week for 6 weeks. The study found significantly improved pain, stiffness, and function in the PEMF group (Thamsborg, 2005). There was no improvement in function for the control group at 2 weeks, and only mild improvement at 6 and 12 weeks. Unfortunately, there was no difference between the PEMF group vs. the control group with respect to pain, stiffness or function as the control group also had significant reduction of pain and stiffness. While function did not improve in participants over 65 in PEMF group, when investigators only examined the patients under the age of 65, there was significant reduction in stiffness between the two groups.
In another study on knee OA, a different device utilizing a sinusoidal signal at 6.8MHs in 34 patients with early knee OA found 60% reduction in pain in the first 5 days. These findings continued for 42 days during use of the device compared to no significant change in the sham (nonactive device) group (Nelson et al,. 2013).
Other studies for diabetic peripheral neuropathy have shown equivocal results. Two randomized controlled studies did not find significant improvements of pain with PEMF therapy (Wrobel et al., 2008; Weintraub et al., 2009), while 2 studies did find significant improvement in pain in the PEMF group Cieslar et al., 1995; Graak et al., 2009).
As demonstrated by this brief review, all of the studies discussed employed different frequencies, waveforms and strength, which is not helpful in making a uniform recommendation for patients but is helpful to consider as a nondrug option for pain relief and healing as some patients report significant improvements.
References:
Cieslar G, Sieron A, Radelli J. (1995) The estimation of therapeutic effect of variable magnetic fields in patients with diabetic neuropathy including vibratory sensibility. Balneol Pol 37(1): 23–27.
Foley-Nolan D, Moore K, Codd M et al. (1992) Low energy high frequency pulsed electromagnetic therapy for acute whiplash injuries. A double blind randomized controlled study. Scand J Rehabil Med 24(1): 51–59.
Graak V, Chaudhary S, Bal BS et al. (April 2009) Evaluation of the efficacy of pulsed electromagnetic field in the management of patients with diabetic polyneuropathy. Int J Diabetes Dev Ctries 29(2): 56–61.
Jerabek J, Pawluck W. Magnetic Therapy in Eastern Europe: A Review of 30 years of Research. Chicago, IL: Advanced Magnetic Research of the Delaware Valley, 1996.
Markov, M ed. (2015) Electromagnetic field in Biology and Medicine. CRC Press Taylor and Francis Group Boca Rotan, Fl.
Markov MS, Pilla AA. (1995) Electromagnetic field stimulation of soft tissue: Pulsed radiofrequency treatment of post-operative pain and edema. Wounds 7(4): 143–151.
Mitbreit IM, Savchenko AG, Volkova LP et al. (1986) Low-frequency magnetic field in the complex treatment of patients with lumbar osteochondrosis. Ortop Travmatol Protez (10): 24–27.
Nelson FR, Zvirbulis R, Pilla AA. (August 2013) Non-invasive electromagnetic field therapy produces rapid and substantial pain reduction in early knee osteoarthritis: A randomized double-blind pilot study. Rheumatol Int 33(8): 2169–2173.
Pilla A. (2015) “Pulsed Electromagnetic Fields: From Signalling to Healing” in Electromagnetic field in Biology and Medicine. Markov, M ed. CRC Press Taylor and Francis Group Boca Rotan, Fl.
Thamsborg G, Florescu A, Oturai P et al. (July 2005) Treatment of knee osteoarthritis with pulsed elec- tromagnetic fields: A randomized, double-blind, placebo-controlled study. Osteoarthr Cartil 13(7): 575–581.
Weintraub MI, Herrmann DN, Smith AG et al. (July 2009) Pulsed electromagnetic fields to reduce diabetic neuropathic pain and stimulate neuronal repair: A randomized controlled trial. Arch Phys Med Rehabil 90(7): 1102–1109.
Wro´bel MP, Szymborska-Kajanek A, Wystrychowski G et al. (September 2008) Impact of low frequency pulsed magnetic fields on pain intensity, quality of life and sleep disturbances in patients with painful diabetic pol
Disclaimer: These statements and or information pertaining to the information on the websites pertaining to the QRS 101 PEMS device have not been evaluated by the Food and Drug Administration. These products are not intended to diagnose, treat, cure or prevent any disease. If you are pregnant, nursing, taking medication, or have a medical condition, consult your physician before using any of these products. This information is not intended as medical advice and may not be used as medical advice. It should not be used to replace the advice of your own doctor. This website, company, and its contractors, employees, practitioners, organizers, promoters, programs, sponsors, participants and any affiliates and its suppliers and vendors make no warranty of any kind, expressed or implied with regard to the information supplied.
[ITEMPRICE]