Does PEMF influence O2, Oxygen levels within cells?
If the energy levels are high enough!
This can only be accomplished when the pulsing electromagnetic fields penetrate sufficiently deep within the human body.
The electrical influence and increase of the membrane cell potential, causes an increase in oxygenation, which in turn increase the supply of nutrients. This results in disposal of waste products from the cells and cell detoxification.
What about Wound Healing & Varicose Veins?
Pulsing electromagnetic fields improve peripheral circulation and oxygenation. This causes better transport of nutrients and improves wound healing. In people with varicose veins fast pain relief is obtained and there is significantly less fatigue of the legs.
What about Sports Injuries?
This is where the Curatron systems excel.
We clearly see a dramatic reduction in pain and inflammation in treatment for sports injuries. Swelling is reduced fast and PEMF stimulates the body to repair damaged tissue and speeds up the healing process.
How can it assist in bone non-union and fracture healing?
PEMF has been proved to be very effective for healing of delayed bone non-union and for improved fracture healing. It has shown to be beneficial in case of problematic fractures and fractures with a large gap. Treatment can also be performed in case there are implants at site.
Will bone density increase?
A study at the Pacific Health Research Institute in Honolulu was designed to provide concrete data on the restoration of bone mass in post-menopausal females. Bone density rose with an average of 5.6%. At the university of Graz in Austria a similar study clearly showed an increase in bone density after one year of around 6%.
These results make all the difference in functioning in good health or suffering with an increasing risk for spontaneous fractures. The proportionate increase in fracture risk is directly related to decreased bone density.
Why have osteoporosis patients often back pain?
Primarily because of ‘brittle’ bones osteoporosis patients often suffer from very painful micro-fractures in the vertebrae of the spine. Already after a few weeks of Curatron treatments a high level of pain relief is obtained, which is explained by closing of these micro-fractures.
How does PEMF relief back pain?
PEMF has proven to be very effective in reducing back pain including for osteoporosis treatment. Because of improved blood supply oxygen levels increase, activating and regenerating cells. Resulting in improved calcium transport and better absorption of calcium in the bones and simultaneously decreases pain dramatically. In addition increase of bone density, results in improved fracture healing and less risk of breaking bones.
How does PEMF reduce pain in joints?
Pulsating electromagnetic fields influence cell behavior by inducing electrical changes around and within the cell. Improved blood supply increases the oxygen pressure, activating and regenerating cells. Increased calcium transport stimulates the repair and growth of cartilage while at the same time decreasing pain dramatically.
What causes pain in joints?
Between our bones are cushions of cartilage, which prevent grinding of the bones. When the layers of cartilage wear out, the bones begin to grind against each other, causing extreme pain. Under normal circumstances, the body replaces cartilage under control of tiny electrical signals. These electrical signals are created inside our body.
Because of diseases such as osteoarthritis, osteoporosis, aging or injury, the normal replacement of cartilage is disturbed, causing pain and inflammation.
What experience is there with PEMF?
This technology has undergone many scientific and clinical trials worldwide. Tens of thousands of patients have been treated successfully. Of the treated patients, a very high success rate is reported, creating a dramatic improvement in their quality of life.
How can it assist in bone non-union and fracture healing?
PEMF has been proved to be very effective for healing of delayed bone non-union and for improved fracture healing. It has shown to be beneficial in case of problematic fractures and fractures with a large gap. Treatment can also be performed in case there are implants at site.
What causes pain in joints?
Between our bones are cushions of cartilage, which prevent grinding of the bones. When the layers of cartilage wear out, the bones begin to grind against each other, causing extreme pain. Under normal circumstances, the body replaces cartilage under control of tiny electrical signals. These electrical signals are created inside our body.
Because of diseases such as osteoarthritis, osteoporosis, aging or injury, the normal replacement of cartilage is disturbed, causing pain and inflammation.