SYMBYX HEALTH PARTNERS
How does light therapy work?
How does light therapy work?
Light Therapy
Cell
Mitochondria
Increase in cellular energy (ATP)
Increase Nitric Oxide (NO)
Decrease in reactive oxygen species (ROS)
Mechanism of Action
Energises cells
When light therapy is applied to the body, it stimulates the cellular mitochondria (the "engine house” of the cell). This leads to an increase in production of cellular energy (also known as ATP). This extra energy within the cell can then be used for growth, repair and regulating healthy cellular activities (1). Many chronic conditions such as Parkinson’s, Alzheimer’s and chronic pain have been associated with mitochondrial insufficiency (2, 3).
Reduce oxidative stress
Light therapy triggers the release of ROS (Reactive Oxygen Species), leading to an overall anti-oxidant effect (1). Oxidative stress has been linked with many chronic conditions, including Parkinson's, Alzheimer's, cancers, cardiovascular conditions, diabetes, ADHD, Inflammatory Bowel Disease (IBD),brain fog, and more (6-9).
Reduce inflammation
Red and infrared light stimulate the release of cAMP, which is a powerful anti-inflammatory (4). More specifically, cAMP helps regulate inflammation and immune cell functions. It's a known therapeutic target in both acute and chronic inflammatory conditions, as well as in autoimmune diseases (5).
Improves gut microbiome
Research shows that using a 904 nm infrared laser on the gut can also improve the gut microbiome (11). An unhealthy gut microbiome has been associated with many conditions, including Parkinson’s, Alzheimer’s, IBS, IBD, depression, anxiety, autism spectrum disorder, and more (12-16).
Improves circulation
Light therapy releases nitric oxide, which causes vasodilation (the
widening of blood vessels) to improve blood flow (1).
Reduces pain
Light therapy has effects on reducing pain, in both the peripheral and central nervous system. It does this by reducing inflammation and modulating nerves to create an analgesic effect (10).
Take home Range
With the purchase of your clinician grade laser receive:
Tailored training session with a qualified SYMBYX clinician
Exclusive access to the latest research, protocols, and continued professional development (CPD)
Committed ongoing support and networking opportunities
Personalised protocol guidance for your clients and clinic
Increased referrals from SYMBYX enquiries through our extensive global network
FAQs
SYMBYX lasers are ARTG/CE-listed for the reduction of pain and inflammation, the promotion of tissue repair and reduction of Parkinson’s and Fibromyalgia symptoms.
Infrared light is generally considered anything over 800 nm, while red light is generally considered anything below that. Both have their clinical applications, depending on the intended effect. For example, red light is more effective for superficial injuries and wound healing, while infrared light is more effective for any structure requiring deeper penetration. Our ProSeries laser comes with both red and infrared light handsets.
Please contact our Customer Care team at info@symbyxbiome.com and we will reach out and answer your questions.
Class 3B and Class 4 lasers are distinguished by power levels. Both are powerful enough to be effective at a cellular level. Class 3B lasers can be safely owned and operated with as little as ensuring safety glasses are worn. Class 4 lasers pose additional risks to skin, tissue and the eyes. Hence why Class 4 lasers tend to be reserved for surgical use, where tissue destruction is intended. The majority of photobiomodulation research for treatment of neurological, metabolic, inflammatory and musculoskeletal conditions has been done using Class 3B lasers. All SYMBYX lasers are Class 3B lasers, given the specificity of the tissues and disorders that SYMBYX lasers are clinically proven to be able to treat.
A treatment session can last anywhere from 15 seconds up to 20 minutes, depending on the specific injury and type of treatment you are administering. During your training with our SYMBYX devices, you will receive training in a range of different laser light therapy techniques, including pain relief techniques, approaches to tendinopathies, active laser techniques, and approaches to non-motor symptoms, as well as other neurological, metabolic and inflammatory conditions.
