Cold Laser Therapy: What is it and how does it work?

Written By Melissa Stellmacher

Cold laser therapy, also known as LLLT is a non-invasive light therapy that works by transmitting non-thermal photons of red light and near infrared light through the skin and into the tissue. This has numerous effects on the body, including an increase in the production of adenosine triphosphate (ATP), which energizes the cells. This results in cells taking in nutrients and expelling waste products at a faster rate.

Cold laser therapy is used to treat a variety of conditions including arthritis, wounds, inflammation and swelling. I am very excited to be adding this on as a service because it is a tool that can be beneficial for horses whether they have an acute or chronic issue, and can also be added onto a massage treatment for targeted areas that need a little extra help. At Elevate Equine Bodywork, we use two different types of lasers, a single diode class IIIA laser, and a three diode class IIIB laser. The class IIIA laser is a lower power, and ideal for treating small wounds and stimulating acupuncture points. The class IIIB laser is a higher power and can penetrate up to 2 inches into the tissue. This laser is best used to treat muscles, joints, tendons & ligaments.

Benefits:

  1. Accelerating tissue repair: LLLT has been shown to increase the energy synthesis of ATP, which is an energy source for cells. This results in the cells being able to perform their functions, including healing, at a faster rate.

  2. Faster collagen formation: Increased collagen production aids in rapid tissue repair and reduction in scar tissue formation

  3. Increased production of endorphins: Endorphins are produced naturally by the pituitary gland and hypothalamus. They have the ability to produce analgesia, working as “natural pain killers”.

  4. Increased lymphatic drainage: Studies have shown that laser light has the ability to temporarily dilate lymphatic ducts, facilitating faster waste removal.

  5. Increased blood flow: Laser has been shown to increase blood flow through increased capillary formation.

Melissa Stellmacher