Photodynamic Endolaser

How It Works

The Photodynamic Endolaser is a device for low-power laser irradiation for all biological structures of the body below the skin. This device allows that the laser beam goes directly into deeper areas of the body using a sterile one-way catheter which is inserted in a metal or plastic cannula. The inserted light energy is absorbed by cells in the interstitial tissue and blood circulation system, spreads out to all weakened or sick cells, which can thereby regenerate their functions and their metabolism.

The light energy absorbed into the patient’s tissue and blood trigger biological changes at a cellular level to provide small topical warming for the temporary increase in local blood circulation; temporary relief of minor muscle and joint aches, pains, and stiffness; relaxation of muscles and relief of muscle spasms; and temporary relief of minor pain associated with arthritis. The laser light beam can penetrate further in the tissue for direct treatment of pain of particular areas of the body and damaged tissues of nerves, muscles, cartilages, and bones.

On the cellular level, the laser light is absorbed by the mitochondria, which leads to increased production of ATP and stabilization of cell membrane, and improved cellular metabolism. The dose and frequency of treatment can be adjusted to produce the desired effect.

There are three ways that the laser can be used:

1. Interstitial- the needles are implanted directly into or closely around a malignant tumor
2. Intravascular- the butterfly needle is inserted into the vein and the laser catheter is inserted into the catheter of the needle, which guides the light directly into the flowing blood
3. Intrarticular- the needles and laser are inserted into or close to the joint, or into the depths of tissue around the joint

Low-Level Laser Light has unique physical properties that ordinary light doesn’t have. This is why laser light is so effective in healing many ailments, diseases, and disorders. There are specific cellular structures, called photoreceptors, that are able to absorb specific wavelengths (colors) of light. The specified light stimulus gives a cellular signal affecting the chemical behavior, metabolism, movement, and gene expression.

Each of the wavelengths of light is designed to generate particular effects on the body. The red light is very effective in stimulation of the immune system and improve blood viscosity.

The green light binds to hemoglobin and improves the function, behavior, and cell elasticity of red blood cells. It also is very successful in increasing oxygen delivery within the body, while decreasing lactic acid.

The blue light releases nitric oxide (NO) within the body. Nitric oxide is known to be a growth, immune, and neuromodulator. It also stimulates stem cell production. The blue light is also very effective in acting as an anti-inflammatory and helps to treat infections because of its bactericidal effects, and also has many anti-aging benefits

The yellow light improves serotonin and vitamin D production, aids in detoxification and has very positive effects on the body’s hormones. Yellow light is also proven to have very strong anti-depressive effects and an overall positive influence on the general mood.

Ultraviolet blood irradiation has been shown to strengthen the immune system and improve the overall health of the patient. Ultraviolet blood irradiation has been shown to have many beneficial effects on the body, including:

• Increasing oxygen absorption into body tissues
• Destroys fungal, viral, and bacterial growth
• Improves circulation
• Decreases platelet accumulation
• Improves the body’s ability to detoxify and inactivate or remove toxins
• Activation of Vitamin D production

Laser Light therapy has been observed to have the following effects:

• Boosting cellular energy by increasing ATP production
• Immune system stimulation
• Improvement of microcirculation and reduction of blood viscosity
• Activation of macrophages
• Positive effects on the heart and metabolism
• Improves the function, behavior, and cell elasticity of red blood cells
• Increases oxygen delivery
• Activates reparative and stabilizing pathways
• Releases Nitric Oxide (NO)
• Decreases blood pressure
• Reduces inflammation
• Pathogen deactivation (effective against bacteria and viruses)
• Detoxifying effects
• Positive influence on the general mood with strong anti-depressive effects
• Improves serotonin and Vitamin D production
• Pain Relief
• Positive effects on hormones
• Activation of stem cells
• Improved quality of sleep
• Improved general body performance