• Plantar Fasciitis

• Neuromas

• Neuropathies

• Arthritis

• Sports injuries

• Tendon & ligament injuries

• Back & joint pain

• Muscle sprains & strains

• Tendonitis

• Wounds

• Post-surgical swelling

• Disc disease

How do the lasers work?

Effect on cells

• Increase in ATP synthesis

• Increase in the production of RNA

• Increase in cellular proliferation

• Induction of differentiation processes

• Release of growth factors (fibroblasts) and other substances

• Increase in the production of molecules of the extracellular matrix (fibroblasts & condrocytes)

Effects on tissue

• Modulation of the inflammatory processes

• Remodeling of the extracellular matrix

• Induction of lymphatic and vascular regeneration

• Stimulation of the endothelial function

• Reduction of the edema re-absorption times

• Prevention against the formation of scar tissue and hyperkeratosic lesions

Systemic effects

Analgesic effect:

• Blocking of pain stimulus conduction

• Hyperemia and “wash out” of the algogenic substances

• Increase in endorphin synthesis

• Pain threshold modulation

Anti-inflammatory and anti-edema effect:

• Increase in the caliber and modulation of lymphatic and capillary vessel permeability

• Hyperemia and “wash out” of the pro-inflammatory molecules

Biostimulating effect:

• Increase in the supply of nutrients, oxygen and growth factors

• Cellular function activation

• Modulation of cell proliferation and differentiation (e.g., nerve regeneration)

• Increase of matrix protein synthesis

• Reduction of scar tissue formation