Biophoton therapy sessions help restore the natural light patterns of cells within the body, improving communication among cells and strengthening its self-healing abilities.
Past research on biophoton emissions was mostly restricted to plants and bacteria, with some work conducted on cancer cells. We discovered that emission patterns for Neuro-2a cells and astrocytes could identify their type, but didn’t coincide with changes in ROS levels after exposure to different stressors.
What is Biophoton Therapy?
Biophoton therapy is a non-laser near infrared light treatment that utilizes photons of energy as its form of treatment. These photons enter the body through breathing airways and interact with molecular structures controlling cell activity to produce results like reduced pain, inflammation and swelling as well as stimulation of immunity systems and repair mechanisms in cells. Furthermore, Biophoton therapy is non-invasive and safe treatment method which has been utilized by medical practitioners in treating various health conditions such as arthritis, muscle and bone injuries, fibromyalgia chronic fatigue sleep disorders depression among others.
Biophotons are thought to be released by mitochondria, the structures responsible for creating energy in cells and which have also been associated with mental health disorders like depression and anxiety. If confirmed, this link between biophotons and mental health could open the way to innovative treatments targeting mitochondrial function.
Previous research has demonstrated that biophoton emissions can be detected and can vary in intensity depending on their frequency and wavelength, which are determined by cell condition. Biophotons also tend to be highly coherent, suggesting they could play an integral part in cell communication and signaling processes.
One of the key findings from this research was that neural cells (Neuro-2a) and astrocytes have distinct patterns of biophoton emission which can help determine their state of health to some extent. Furthermore, R-NIr external exposure can have an influence on biophoton intensity which in turn mirrors changes in ROS/ATP levels.
Another discovery revealed that biophotons are sensitive to stress. When cells experience stress, their response is to release R-NIr in an attempt to cope with it and decrease biophoton intensity until returning back to its baseline intensity. Research also demonstrated that pre-application of R-NIr could increase biophoton intensity in Neuro-2a cells and to a lesser degree astrocytes, leading to reduced ROS production and an increase in ATP. This suggested biophotons as potential stress indicators within cells.
What are the Benefits of Biophoton Therapy?
Biophoton therapy is an innovative form of light-based treatment that utilizes light to activate your body’s own healing mechanisms. Similar to photosynthesis in plants, Biophoton therapy uses light therapy to optimize physiological responses to revitalize and heal tissue. Furthermore, its unique capability of decontaminating organs for transplantation by employing both ultraviolet and red wavelengths of light allows it to eliminate bacteria, viruses, parasites and other contaminants from perfusion fluid is unrivaled by any other method.
These emissions may be thousands of times weaker than that of a firefly, yet appear essential to cell function. Furthermore, their emission is quite organized, suggesting they might serve as an ultrafast communication network. As such, photobiomodulation offers early promise as an approach for treating depression and anxiety which are linked to mitochondrial dysfunction which generates biophotons.
Biophoton Therapy stands out among other forms of treatment by offering many significant advantages, including its ability to effectively destroy bacteria, viruses and other microorganisms without producing side effects associated with antibiotics and vaccines. Furthermore, since Biophoton doesn’t depress immunity systems as antibiotics do, Biophoton can even be used against resistant strains of viruses and bacteria infections.
Biophoton Therapy‘s ability to revitalize blood by increasing oxygen circulation to tissues and cells is another advantage of Biophoton Therapy, helping reduce inflammation, improve circulation and speed healing processes. Furthermore, this therapy can also be used for autoimmune conditions like rheumatism, migraines, gynecological problems, varicose veins, hair loss or any number of others.
Biophoton therapy shows early promise for treating rosacea, a skin condition characterized by facial redness. A recent study discovered that biophoton therapy significantly improved signs and symptoms associated with this skin condition such as flushing, blotching, redness, itching and flushing; furthermore the results lasted long-term with follow up visits to maintain treatment results.
How Does Biophoton Therapy Work?
Every living organism, including humans, produces electromagnetic radiation known as biophotons. The intensity of this emission varies according to cell condition and health status; biophotons serve as the means of communicating between cells within an organism as a whole as well as supporting vital functions like nerve impulse transmission or controlling blood flow.
Biophoton therapy is a noninvasive way of using light to balance energy within the physical body. It may work by increasing production of ATP within cells and decreasing oxidative stress while improving membrane permeability and intercellular communication. Biophoton therapy may be used either alone or as an add-on treatment alongside more conventional medical interventions.
Scientists have long studied biophotons. Researchers have discovered that they can define cell type, reflect health status and be affected by external electromagnetic fields – leading to speculation that biophotons could play a key role in cell healing and regeneration.
One of the most intriguing discoveries in this area has been that biophoton emissions can be altered through external stimulation or conditions, including glutamate application to neuronal cultures, toxin treatment of mouse brain slices, electrical stimulation of rat sciatic nerve, temperature changes to azuki beans or temperature fluctuation. Researchers have observed this effect for neurons as well as for many other cells such as mouse brain slices or even temperature change on azuki beans.
Another fascinating discovery in biophoton research is how emission intensity differs between healthy and stressed cells. For instance, researchers have observed that Neuro-2a (neurone-like) cells and astrocytes produced biophoton emissions which could be used as indicators to detect whether or not the cells were healthy; their intensity being affected significantly by external stressors, reflecting changes to their underlying physiology such as levels of oxidative stress in these cells.
Researchers discovered that the intensity of biophotons released by cells correlated directly with their level of oxidative stress, measured using the luciferase assay. This indicates that biophotons could be produced by mitochondria and microtubules interacting with electromagnetic fields.
What is the Cost of Biophoton Therapy?
Biophoton Therapy is an noninvasive and holistic approach to healing that takes only minutes per session, which can be conducted either sitting or lying down comfortably. Biophoton’s light-based sessions have proven themselves an invaluable complement to more traditional forms of therapies – and have even shown improvement over their effectiveness!
Research into biophotons has proven especially intriguing due to their apparent coherence, suggesting they might act as an ultrafast communication network between cells. Furthermore, biophotons are thought to be produced and stored in mitochondria – the cells’ “power plants” responsible for creating energy – making the research highly intriguing and contributing to depression, anxiety and other mental health conditions such as schizophrenia through disrupted biophoton production or organization.
Researchers employed a biophoton emitter to break the painful cycle associated with arthritis knee pain in an animal model. Their treatment resulted in increased blood and lymph circulation that eliminated irritating inflammatory substances while simultaneously decreasing swelling and restoring normal joint function.
Studies have shown that biophotons can stimulate numerous cellular processes, including production of antioxidants and neurotransmitters, pH balance in the body restoration and immune system function improvement as well as increase red blood cell count.
Biophoton Therapy is an emerging energy therapy technique, offering energetic support to the natural processes taking place within cells of the body. The aim isn’t so much treating specific illnesses but activating self-healing capacities in order to eliminate disease early and effectively – hence its wide scope in both human and animal medicine.
