Go to navigation Go to content
Toll-Free: 888.219.1982
Phone: 520.545.0202
Head to Toe Healthcare in Tucson AZ
Call Anytime! 520.545.0202
Toll Free: 888.219.1982
Schedule Eye Exam in Tucson AZ
Schedule Eye Exam in Tucson AZ

Get Help Now

Recognized

Tucson Neuropathy Institute  Laser Fungal Toenail Treatment PinPointe Laser Fungal Toenail Solution Laser Treatment

Phototherapy in peripheral nerve regeneration: From basic science to clinical study

Dr. Alan Shih
Connect with me
Tucson Podiatrist Dr. Shih will take care of your foot, ankle, & leg pain, call Head to Toe Healthcare today.
Rochkind S

This review summarizes the continuous study of low-power laser radiation treatment of a severely injured peripheral nerve.  Laser phototherapy was applied as a supportive factor for accelerating and enhancing axonal growth and regeneration after injury or a reconstructive peripheral nerve procedure.  In nerve cell cultures, laser phototherapy was used to stimulate activation of nerve cells.  Low-power laser radiation was used for treatment of peripheral nerve injury using a rat sciatic nerve model after crush injury, neurorrhaphy, or neurotube reconstruction.  Nerve cell growth and axonal sprouting were investigated using laser phototherapy on embryonic rat brain cultures.  The outcome in animal studies facilitated a clinical double-blind, placebo-controlled, randomized study that measured the effectiveness of 780 nm laser phototherapy on patients suffering from incomplete peripheral nerve injuries for 6 months to several years.  Animal studies showed that laser phototherapy has an immediate protective effect, maintains functional activity of the injured nerve, decreases scar tissue formation at the injury site, decreases degeneration in corresponding motor neurons of the spinal cord, and significantly increases axonal growth and myelinization.  In Cell cultures, laser irradiation accelerates migration, nerve cell growth, and fiber sproutinig.  A pilot clinical double-blind, placebo-controlled, randomized study showed that in patients with incomplete long-term peripheral nerve injury, 780 nm laser radiation can progressively improve peripheral nerve function, which leads to significant functional recovery.  Using 780 nm laseer phototherapy accelerates and enhances axonal growth and regeneration after injury or a reconstructive peripheral nerve procedure.  Laser activation of nerve cells, their growth, and axonal sprouting can be considred as potential treatment of neuronal injury.  Animal and clinical studies show the promoting action of phototherapy on peripheral nerve regeneration, making it possible to suggest that the time for broader clinical trials has arrived. 

Neurosurg Focus 26 (2):E8, 2009