We test the effectiveness of this method for skin
diseases (including autoimmune and immune-mediated skin diseases),
rheumatism, pain and all diseases predestined for PBM in small and large
animals.
Different wavelengths influence different functions on the
subcellular and cellular level. Violet light, for example, specifically
affects keratinocytes and the Langerhans cells. It can activate
coproporphyrin III, which can switch off Propionibacterium acnes. Blue
light with a wavelength of 470 nm has a similar effect. Red light of 590
nm specifically acts on the endothelial cells of the superficial dermis
Red light of 630 nm acts on the reticular fibre cells, which consist
mainly of collagen and are formed by the reticulum cells. Red light can
strengthen reticular connective tissue, invigorate lymphatic organs and
support blood capillaries and muscle fibers. Red light also potentiates
the effects of light of other biological wavelengths. For example,
infrared light has a particularly modulating effect on mast cells,
macrophages and neutrophil granulocytes and can positively influence the
immune status.
Multi-spectral photobiomodulation - the simultaneous
treatment with different wave lengths - has not yet been researched as
deeply as laser therapy with monochromatic light of the red or infrared
light spectrum. On the other hand, the feedback from practice is as
promising as from the human field.
In the future, we will report on our results here.
Pictures:
Treatment with the Biophoton-Triwings, a modern multispectral brightLED therapy device
Image license: BIOPHOTON.fr