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Osteo-arthritis belongs to the family of rheumatic illnesses. In contrast to
the inflammatory type of rheumatism in the joints, it is a degenerative disease
with varied causes. Generally, it can be attributed to "wear and tear",
and may be influenced by factors relating to age, heredity and metabolic processes.
Any one of the joints can be affected, but the knees and hips are especially
prone to this illness. After the age of 50 about half of the population suffers
from arthritic joints, but younger individuals may be affected also. Being overweight,
a lack of exercise, and stress can lead to a disturbance of metabolic function
and thus result in osteo-arthritis.
This relationship becomes clear when we look at the anatomy and physiology
of the joints. Joints connect the individual bones and thus enable movement.
The joints are surrounded with a firm capsule of connective tissue, and become
integrated into the muscular-skeletal system by tendons and sinews. The underlying
process of osteo-arthritic changes is a thinning and eventual disappearance
of the cartilage, which forms the smooth, gliding surface of the joints. This
begins insidiously and painlessly (there are no pain receptors in the cartilage)
as a pitting, flaking, and splintering disintegration of cartilage which covers
the ends of the bones, until it may be worn away, the underlying bone exposed,
and pain results when "bare bones" are moved against each other. The
fluid that is usually present in the spaces between the cartilage not only serves
as a lubricant and buffer but also as a nourishment for the cartilage. If the
cartilage does not receive sufficient nourishment, its cells will die off. In
addition, psychological tension, stress and depression can cause changes in
the fluids consistency. This points to the fact that the oxygen partial
pressure of the blood is as important for proper nourishment of the cartilage
cells as it is for the metabolism of all other cells in the body.
Since osteo-arthritic changes in the joints make movement very painful, the
affected person will move as little as possible. This will cause less lubricant
to be produced and henceforth less nutrients available for the cartilage
a vicious cycle leading to a total stiffening of the joint. The result will
be a lower quality of life and less self-sufficiency, especially for the older
person.
What are the treatment options? Traditional medicine will focus on stopping
inflammation, reducing pain, and improving function, but does not seek to treat
the causes of joint degeneration. As a rule, cortisone-based preparations are
used, which provide initial relief, but may have long-range side effects. Surgery
is often a last resort. Acupuncture is sometimes used as an alternative pain
management tool that does not have any side effects and provides relative improvement.
The only therapy addressing the causes of osteo-arthritis is the use of pulsing
electromagnetic fields. This therapy has been scientifically researched and
proven effective, especially in the area of healing of bones. Unfortunately
there has been no integration of it into traditional medicine at this time.
Already in the sixties there was proof of the piezo-electrical effect of the
bones. When weight is applied to the bones, they produce an electrical current
which influences the hardening of the bone cells. Scientific studies proved
that electromagnetic fields regenerate the bone tissue and speed up the healing
process. New bone cells mature more quickly when they are exposed to an electromagnetic
field. Therefore, the use of electromagnetic therapy (e.g. the Bio-Electromagnetic Energy Regulation Therapy 3000) will
stimulate the formation of bone and cartilage in the affected joint. Pain relief
will not be immediate, since the process of regeneration takes time. We suggest,
for that reason, that Bio-Electromagnetic Energy Regulation Therapy therapy be combined with Acupuncture for more immediate
pain relief. If the patient is experiencing less pain, he/she will be more active.
The activity will stimulate circulation and increase joint lubrication, thus
supplying the cartilage with necessary nutrients. Activity will support the
electromagnetic therapy effects. It is important to engage in low weight bearing
activity; swimming is ideal (avoid breast stroke since this uses a turning motion
of the knee and could be harmful).
Another important factor are the nutrients present in the blood, they determine
the consistency of the lubricant in the joints. We suggest the patient take
a nutritional supplement that stimulates growth of skin, tissue, cartilage and
bones. In order for the bodys cells to properly metabolize these supplements
it needs oxygen, which the electromagnetic therapy will provide (increased circulation
and greater oxygenation of the blood). The oxygen partial pressure rises. European
physicians conducted a user study of low intensity pulsing electromagnetic fields
with 102 osteo-arthritis patients for 12 weeks. Sixty-four patients (65%) were
complaint free, 28 patients (27%) experiences improvement, and 10 patients experienced
no change. Through long-term therapy and especially with a combination of therapies
as mentioned above, the results are successful and most importantly without
side effects.
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