relieve pain
Absorbed laser energy stimulates the release of ß
endorphins, increases nitric oxide release, stabilizes
the membrane potential of nerve cells, decreases the
amount of circulating Substance P and bradykinin
levels, and increases the threshold of pain perception.
reduce infammation
Laser therapy promotes microcirculation by increasing
vasodilation and promotes lymphatic fow thereby reducing
infammatory edema. Photonic energy inhibits the synthesis of
infammatory cytokines and prostaglandin.
accelerate wound healing
Photobiomodulation stimulates the proliferation of fbroblasts, the cells
that produce essential collagen for tissue repair. Increased leukocyte and
macrophage activity occurs at the wound site due to the stimulatory effect
laser light has on the vascular system. Small capillaries are regenerated at
a faster rate after laser stimulation.
increase cellular metabolic activity
Chromophore stimulation in the mitochondria results in increased synthesis of ATP,
RNA, DNA, and cellular proteins causing accelerated tissue repair and cell growth.
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lasers to work for your
clients' companions.
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For a bibliography or more information on the latest in laser research contact:
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