Bone Fractures
Magnetic Molecular Energizing (MME) has
been used effectively for Bone Fractures.
MME treatment is considered
investigational and is utilized under the direction and auspices of an
Investigational Review Board (IRB). The IRB complies with FDA
requirements for investigational therapy usage and results review. MME
therapy is safe and non-invasive. In some cases, patients may experience
some tingling, however, most experience no ill effects and can talk,
sleep, read or watch TV.
Facts about Bone Fractures
Approximately
6.8 million people fracture a bone each year in the U.S. The average
person can expect to fracture 2 bones in their lifetime.
- A fall or high speed injury such as an auto accident are the most
common cause of fractures.
- Most fractures heal with casting or surgically placing a plate on
the bone or rod in it. Occasionally bones have delayed healing or no
healing and this is frequently due to poor blood supply to the bone at
the fracture site.
Treatment and Case Results
Magnets have been documented in orthopedic literature to decrease the
healing time of an aligned fracture to less than 50% of the normal time.
If speed in healing is important, this large magnet may be an excellent
answer to this problem. If a delayed healing or non-healing is present
at the fracture site, this method may offer a good choice for healing.
I.S. is a 50 year old lady who had spinal fusion at
C5-6 in her neck due to an unstable herniated disc. She was not
healing and a prescribed bone stimulator also failed to heal the bone.
She complained of pain in the neck, shoulder and down the spine. After
115 hours of MME, she indicated almost 100% relief in all pain
symptoms. X-rays later revealed healing.
J.G. is a 35 year old professional football player
with a fractured left fibula above the ankle associated with an ankle
sprain. After 94 hours of MME through a cast, he indicated complete
pain relief. Later evaluation indicated 100% function with running.
H.Z. is a 23 year old professional hockey player
with a fractured distal fibula and pain with walking and ankle
rotation. After 30 hours of MME he was walking without his crutches,
pain free with full rotation. X-rays revealed healing and he was
cleared to begin skating practice within 3 days.
Although no absolute assurances can be
given, there is good reason for optimism for benefit, in individuals who
are accepted for treatment, after review and screening. MME appears to
enhance and speed the healing of tissues at the cellular and molecular
level.
|