|
The Use of Cold Laser Therapy in Medicine-
The Healing Power of Light
|
Pain Relief (muscles, joints, nerves)
Whiplash
Plantar fascitis
Wound Healing
Trauma
Arthritis
Migraine headaches Lower back pain
Repetitive Stress Injuries (RSI)
Carpal Tunnel Syndrome (CTS)
Tendonitis
Fibromyalgia /
Myofascial Pain
Sprains and strains
Sports Injuries: Neck Pain, Heel Pain
|
Post-operative pain
Post-operative wounds
Knee, foot, ankle pain
Tennis Elbow
Golfer's Elbow
TMJ
Soft tissue injuries
Swelling
Burns
Pressure sores
Herpes simplex
Acne
Rotator Cuff Injury |
Alcohol Addiction
Smoke Addiction
Food Cravings
Full Acupunture
What
is Laser therapy used for?
Laser therapy has many different
indications. The book Laser Therapy-Clinical
Practice and Scientific Background by
Turner and Hode has references to many
articles
that have been written on the beneficial
effects of laser therapy. Laser therapy has been
shown to relive pain, resolve inflammation
and increase the quality and speed of tissue
repair. It has also been shown to stimulate
the immune system, resolve infection and
improve the function of damaged nerve
tissue. As a result, you can see how it has so
many uses in a podiatry practice. We use it
on tendonitis, plantar fasciitis,
wounds
(chronic and post operative) and neuropathy
to mention just a few.
How
does Laser Therapy work?
How is it possible
that one modality can have a positive effect on so many
different
tissues? The answer is that it works on the cellular level. The photons,
which are
the packets of light energy from the laser,
penetrate through the skin and into the cells.
The cells are then able to convert this light energy to chemical energy
that is able to
promote healing and pain relief. The light
energy is absorbed in the
cytochromes
(receptors in the cell) As a result of this;
the rate of ATP production from the cell is
increased. This brings the rate of cell
metabolism from a depressed rate, as is the case in
damaged tissue, to a normal level. As a
result of this increased cell metabolism, many
different biological effects may occur. One
is that cell growth is stimulated among all
different tissues; tendon, bone, skin,
nerve and muscle can all be affected. Laser light has
been shown to regenerate nerve cells and
stimulate nerve function. There has been shown
to be an increase in prostaglandins,
enzymes and cellular products after laser therapy.
Angiogenesis can occur as well as a reduction of fibrous tissue
formation, which is
beneficial to healing of chronic wounds.
The end result of all of these biological effects is
reduction of pain, resolution of
inflammation and increased tissue repair.
|