The Science Behind PEMF Therapy and How It Can Fix Your Pain?
Mitochondria, the battery packs of your cells, and how strong they are affects everything you do. What if you could charge up your mitochondria directly — in a sense, plug them in? PEMF therapy comes pretty close.
PEMF therapy uses bursts of low-level electromagnetic radiation to heal damaged tissues and bone, to relieve injury-related pain, and even to stimulate organs.
It’s a safe level of EMFs. The therapeutic frequency of PEMFs look a lot like the frequencies you encounter in nature, so your body knows how to deal with it. Most PEMF treatments and maintenance will fall in the 5-30 Hz range, which is less than you get from a thunderstorm.
Research has demonstrated that PEMF healed bones faster, helped regenerate parts of the liver that had been removed, reduced pain from arthritis and more.
Today there’s a lot of talk about mitochondria, the battery packs of your cells. How many mitochondria you have and how strong they are affect everything you do — from performing better to living longer. There are ways to boost your mitochondria through diet and lifestyle. But what if you could charge up your mitochondria directly — in a sense, plug them in?
Pulsed Electromagnetic Field (PEMF) therapy comes pretty close. All by transferring energy, PEMF has been used to improve functions like:
Rate of injury healing
Immune function
Sleep
Depression
Physical energy
Bone healing and density
Circulation
But does it work? Read on to find out the mechanism behind PEMF benefits, whether it’s harmful like the EMFs you hear about, and whether it can help you.
What is PEMF therapy?
PEMF therapy uses bursts of low-level electromagnetic radiation to heal damaged tissues and bone, to relieve injury-related pain, and even to stimulate organs.
The idea is that pulses at low frequencies will pass through the skin and penetrate deep into muscle, bones, tendons, and even organs to activate the cell’s energy and encourage its natural repair mechanisms.
PEMF is catching on as a non-invasive way to approach injuries, chronic pain, and even chronic conditions like depression and diabetes.
Wait, are EMFs dangerous?
You may have heard that electromagnetic fields (EMFs) that come from things like wireless routers, microwaves, and airplanes disrupt your biology. EMFs can alter your DNA and reconfigure your genes, which can leave your cells not really knowing what to do. That can result in a lot of havoc, ranging from being tired all the time or ending up with DNA damage and cancer.
PEMF therapy isn’t the same thing. Frequency and duration make all the difference.
Why PEMF therapy works?
The idea behind it is that the energy pulses penetrate and stimulate cells at the injury site, and everywhere around it.
In an episode of the Bulletproof Radio podcast, PEMF expert Dr. Gary Ryan, known as “The Energy Doctor,” explains, “Based on a lot of research that was done at Yale, it is apparent that just about any pathology in the body is preceded by a drop in cell charge. Now we have technology that will reach down to the level of a cell that has lost charge and, due to the high intensity of the pulse, bring that pulse back to normal or a more normal situation, which allows it to replicate and produce a more normal cell.”
So, introducing a low-level electromagnetic field into the body can bring those charges back up and restore healthy electrochemical exchanges.
PEMFs stimulate every level of the body. You apply mats, pads, rings or paddles externally, and the electromagnetic pulses of energy penetrate the body at the cellular level. Your body then uses that energy to heal itself through its natural healing mechanisms. Depending on the extent of the issue, PEMFs can address a slight imbalance quickly, like a pulled muscle, or it can work to bring about a more substantial change over time, like restoring a sluggish organ system.
What science says about PEMF therapy
The mechanism sounds pretty convincing, but PEMF research under controlled conditions will uncover whether or not PEMF is effective. Here’s what scientists were able to demonstrate about PEMF therapy so far:
PEMF measurably reduced pain and swelling following plastic surgery
A sizeable body of research shows that PEMF helps slow-healing tibial fractures fuse
A small study demonstrated that PEMF therapy reduces pain from chronic pain conditions and fibromyalgia
Animal studies show the potential of PEMF therapy in regenerating nerve fibers in the spinal cord and peripheral nerves, which is promising for the future of regenerative medicine
In cell cultures, PEMF treatment seemed to activate lysozyme, which is a major step in the bone regeneration process.
Treatment with PEMF improved osteoarthritis by keeping cartilage from breaking down
PEMF impacted the growth of bone cells in cell cultures, which formed bone tissue in lab tests
In a small study, people with rotator cuff injuries went through PEMF therapy, and all participants had either reduced or eliminated symptoms.
Just one month of PEMF treatment improved pain and functional performance in arthritis patients
PEMF therapy helped regenerate the liver faster in rats who had part of the liver removed
Where to get PEMF treatments ?
You can get PEMF therapy one of two ways: you can go to a professional, usually a physical therapist or chiropractor, or you can get PEMF equipment to use at home.
Worlds No 1 PEMF Devices are available at iMRSPrime.in
PEMF therapy uses bursts of low-level electromagnetic radiation to heal damaged tissues and bone, to relieve injury-related pain, and even to stimulate organs.
It’s a safe level of EMFs. The therapeutic frequency of PEMFs look a lot like the frequencies you encounter in nature, so your body knows how to deal with it. Most PEMF treatments and maintenance will fall in the 5-30 Hz range, which is less than you get from a thunderstorm.
Research has demonstrated that PEMF healed bones faster, helped regenerate parts of the liver that had been removed, reduced pain from arthritis and more.
Today there’s a lot of talk about mitochondria, the battery packs of your cells. How many mitochondria you have and how strong they are affect everything you do — from performing better to living longer. There are ways to boost your mitochondria through diet and lifestyle. But what if you could charge up your mitochondria directly — in a sense, plug them in?
Pulsed Electromagnetic Field (PEMF) therapy comes pretty close. All by transferring energy, PEMF has been used to improve functions like:
Rate of injury healing
Immune function
Sleep
Depression
Physical energy
Bone healing and density
Circulation
But does it work? Read on to find out the mechanism behind PEMF benefits, whether it’s harmful like the EMFs you hear about, and whether it can help you.
What is PEMF therapy?
PEMF therapy uses bursts of low-level electromagnetic radiation to heal damaged tissues and bone, to relieve injury-related pain, and even to stimulate organs.
The idea is that pulses at low frequencies will pass through the skin and penetrate deep into muscle, bones, tendons, and even organs to activate the cell’s energy and encourage its natural repair mechanisms.
PEMF is catching on as a non-invasive way to approach injuries, chronic pain, and even chronic conditions like depression and diabetes.
Wait, are EMFs dangerous?
You may have heard that electromagnetic fields (EMFs) that come from things like wireless routers, microwaves, and airplanes disrupt your biology. EMFs can alter your DNA and reconfigure your genes, which can leave your cells not really knowing what to do. That can result in a lot of havoc, ranging from being tired all the time or ending up with DNA damage and cancer.
PEMF therapy isn’t the same thing. Frequency and duration make all the difference.
Why PEMF therapy works?
The idea behind it is that the energy pulses penetrate and stimulate cells at the injury site, and everywhere around it.
In an episode of the Bulletproof Radio podcast, PEMF expert Dr. Gary Ryan, known as “The Energy Doctor,” explains, “Based on a lot of research that was done at Yale, it is apparent that just about any pathology in the body is preceded by a drop in cell charge. Now we have technology that will reach down to the level of a cell that has lost charge and, due to the high intensity of the pulse, bring that pulse back to normal or a more normal situation, which allows it to replicate and produce a more normal cell.”
So, introducing a low-level electromagnetic field into the body can bring those charges back up and restore healthy electrochemical exchanges.
PEMFs stimulate every level of the body. You apply mats, pads, rings or paddles externally, and the electromagnetic pulses of energy penetrate the body at the cellular level. Your body then uses that energy to heal itself through its natural healing mechanisms. Depending on the extent of the issue, PEMFs can address a slight imbalance quickly, like a pulled muscle, or it can work to bring about a more substantial change over time, like restoring a sluggish organ system.
What science says about PEMF therapy
The mechanism sounds pretty convincing, but PEMF research under controlled conditions will uncover whether or not PEMF is effective. Here’s what scientists were able to demonstrate about PEMF therapy so far:
PEMF measurably reduced pain and swelling following plastic surgery
A sizeable body of research shows that PEMF helps slow-healing tibial fractures fuse
A small study demonstrated that PEMF therapy reduces pain from chronic pain conditions and fibromyalgia
Animal studies show the potential of PEMF therapy in regenerating nerve fibers in the spinal cord and peripheral nerves, which is promising for the future of regenerative medicine
In cell cultures, PEMF treatment seemed to activate lysozyme, which is a major step in the bone regeneration process.
Treatment with PEMF improved osteoarthritis by keeping cartilage from breaking down
PEMF impacted the growth of bone cells in cell cultures, which formed bone tissue in lab tests
In a small study, people with rotator cuff injuries went through PEMF therapy, and all participants had either reduced or eliminated symptoms.
Just one month of PEMF treatment improved pain and functional performance in arthritis patients
PEMF therapy helped regenerate the liver faster in rats who had part of the liver removed
Where to get PEMF treatments ?
You can get PEMF therapy one of two ways: you can go to a professional, usually a physical therapist or chiropractor, or you can get PEMF equipment to use at home.
Worlds No 1 PEMF Devices are available at iMRSPrime.in
PEMF therapy in the treatment of osteoporosis
PEMF therapy is particularly indicated for the treatment of hard tissues and in delayed bone union, as in the case of osteoporosis, fractures, etc. It is a form of therapy that uses pulsed low frequency and high intensity magnetic fields, referred to as PEMF (Pulsed ElectroMagnetic Fields).
PEMF therapy in the treatment of osteoporosis
Osteoporosis is a systemic skeletal disease, characterised by the reduction of bone mass and the impairment of the skeletal architecture as a whole.
The definition of the disease is essentially based on anatomopathological criteria, which attribute to the skeleton particular characteristics of fragility, such as making bone prone to fracture even after minor trauma.
Skeletal fragility can be diagnosed, thanks to current sensitometric methods, even in the absence of symptoms, therefore also in the absence of fractures.
Being a condition that heightens the risk of fracture, but that does not make itself necessary for the definition of the disease, osteoporosis can evolve in a completely asymptomatic way for a long time, in some cases even for a lifetime.
Source https://itechmedicaldivision.com/en/pemf-therapy-in-the-treatment-of-osteoporosis/
PEMF therapy in the treatment of osteoporosis
Osteoporosis is a systemic skeletal disease, characterised by the reduction of bone mass and the impairment of the skeletal architecture as a whole.
The definition of the disease is essentially based on anatomopathological criteria, which attribute to the skeleton particular characteristics of fragility, such as making bone prone to fracture even after minor trauma.
Skeletal fragility can be diagnosed, thanks to current sensitometric methods, even in the absence of symptoms, therefore also in the absence of fractures.
Being a condition that heightens the risk of fracture, but that does not make itself necessary for the definition of the disease, osteoporosis can evolve in a completely asymptomatic way for a long time, in some cases even for a lifetime.
Source https://itechmedicaldivision.com/en/pemf-therapy-in-the-treatment-of-osteoporosis/