Researchers have recently discovered that exposing blood to specific wavelengths and intensities of light can stimulate the immune system to recognize and destroy any viral, bacterial, or fungal pathogen. This discovery could have significant health repercussions.
Biophoton light therapy offers many advantages, including breaking the painful inflammatory cycle and stimulating healing!
Improves Blood Circulation
Biophoton light therapy helps increase circulation by stimulating cells to release nitric oxide, which stimulates blood flow by relaxing blood vessels and opening them wider – increasing flush out toxins from your system and also increasing oxygen circulation.
Biophoton therapy not only increases blood flow but it can also reduce pain and inflammation thanks to photons found in light having an anti-inflammatory effect. Therefore, biophoton therapy has become popular as a treatment option for conditions such as arthritis and fibromyalgia.
All living organisms emit electromagnetic energy in the form of biophotons, produced by all cellular processes as a form of communication between cells. Biophotons have been known to aid cell differentiation, DNA repair, immune response regulation, neurotransmitter release as well as circadian rhythm regulation and sleep cycles.
Evidence indicates that biophotons may be produced in response to electromagnetic fields like radio waves or lasers. This occurs because some types of biophotons are created when cells become excited and then settle back down into their original states after becoming stimulated by electromagnetic stimuli.
Biophotons may be detected using a microscope. To do so, the cell’s inner membrane is illuminated with various colors of light to illuminate it from different directions, and then biophotons produced are measured to assess what is going on inside. This allows us to gain a clearer understanding of what may be occurring inside its walls as well as any possible side-effects from treatments or interventions that might impact them.
Photobiomodulation may be caused by biophotons; one theory holds that arousal-dependent effects observed in studies reflect different patterns of biophoton emission and reception during different states of wakefulness and sleep. Photobiomodulation could also work through direct protein interactions or activating specific molecular pathways, including protein conformation changes, cytoskeleton remodeling or ROS formation.
Medical Ozone therapy has proven itself an effective means of killing bacteria and viruses found in bloodstream, while simultaneously increasing natural production of healthy biophotons. When combined, Biphotonic Ozone Treatment has shown great promise at relieving various disorders.
Reduces Pain
Light therapy can be an excellent way to effectively reduce pain and inflammation. By expanding small blood and lymphatic vessels, light therapy breaks the painful inflammatory cycle by flushing away irritating substances from tissue layers and encouraging healing cells to take hold. Furthermore, light therapy stimulates immune function to decrease infection risks while simultaneously strengthening our bodies natural ability to manage and modulate pain levels.
Photobiomodulation (PBM) works through altering protein structures, altering their quantum levels of vibration. Most research on PBM previously focused on its effects of certain wavelengths of red light on mitochondria and their enzyme, Cytochrome C Oxidase; however, new evidence demonstrates that its benefits extend far beyond just mitochondria and protein structures.
Researchers believe that when specific wavelengths of blue light are applied to skin or eyes, ion channels in nerve cells open and close, releasing biophotons and nerve signals thereby modulating pain.
One study demonstrated that when spinal motor and sensory nerve roots were exposed to laser beams, neural conduction velocity in axons increased significantly – suggesting biophotons may travel along neuron axons just like electrical signaling does.
Studies have also demonstrated how specific wavelengths of light can cause or aggravate pain through various mechanisms. Direct cutaneous exposure of red light reduces pain associated with neuropathies and complex regional pain syndrome, while visual exposure of this wavelength aggravates migraine headache.
Blue light’s effectiveness on UDP in bilirubin metabolism could be explained by its resonance with the characteristic frequency of this protein. Studies demonstrate how biophysical properties of proteins can be modulated through electromagnetic waves at their protein-protein interface, showing that resonance recognition model provides an appropriate framework to explain biological effects from light.
Reduces Inflammation
Over centuries, sunlight has long been acknowledged to promote healing and wellness, with artificial sources of light also promising similar therapeutic benefits. While coherent and incoherent light may offer similar results, their respective cellular impacts vary and understanding these distinctions is key for optimizing LILT therapy’s therapeutic advantages.
Photobiomodulation can do more than strengthen immunity and decrease inflammation: it also works to balance a person’s biochemical environment. Studies have revealed that specific wavelengths of light have direct impacts on oxidative stress levels and biochemical pathways associated with DNA repair, cell differentiation and neurotransmitter release. Moreover, proteins have been discovered as light absorbers/emitters which alter downstream effects.
One of the key ways biophotons can enhance health is through encouraging phagocytosis and killing of viruses and bacteria. UV light stimulation particularly boosts this process, by activating neutrophil oxidative bursts that attack pathogens without harming healthy cells – increasing their ability to destroy viruses, fungi and parasites more quickly than before.
UV light has also been proven to enhance antiviral, antibacterial and antibiotic activities beyond just phagocytosis by killing viruses by deforming and disintegrating them; additionally, this prevents them from attaching themselves to cells they infiltrate.
Ultra Violet Blood Therapy is an increasingly popular approach to treating immune-related conditions like fibromyalgia, chronic fatigue syndrome and allergies. Exposing blood to UV light stimulates natural defenses in order to strengthen them further; for fibromyalgia sufferers it also serves to eliminate toxins and reduce pain.
Photobiomodulation also can assist with treating fibromyalgia by rebalancing the levels of cytokines, chemical messengers that can contribute to pain. Lower levels of these messengers have been found to contribute to fibromyalgia development; as such it’s crucial that they return to normal in your body through detoxification therapies such as ozone or biophoton light therapy treatments.
Promotes Healing
Light therapy devices emit biophotons into the body to stimulate cells to release more ATP (adenosine triphosphate), stimulating more healing events: blood circulation is improved, inflammation reduced and cell-to-cell communication enhanced – like giving your immune system its own superhero cape made of light!
During the 1920s, Russian scientist Alexander Gurwitsch discovered that onion roots could stimulate cell division even when separated by glass, leading him to hypothesize that this cellular conversation may constitute radiation. German biophysicist Fritz-Albert Popp used this research as an entryway into biophotonics by creating sophisticated equipment to measure biophotons; eventually creating biophotonics as an academic field of study.
Researchers have discovered that when an individual’s energy is healthy, their biophotons will be coherent and harmonious; otherwise they indicate an illness. When biophotons become disharmonious or noncoherent they indicate an unhealthy state.
Research is ongoing into the effects of biophotons on chronic illnesses like fibromyalgia, CFS and autoimmune disorders. Furthermore, studies suggest they could help modulate immune system functioning for better defense against infections.
Researchers conducted a recent study where they measured biophoton emission from cells prior to and post Reiki sessions, concluding that biophoton emission increased significantly following Reiki sessions than it did after placebo control treatments; furthermore, this increase continued to occur daily afterward.
Food and natural lighting both play an integral part in elevating biophoton levels in your body. A few effective practices include eating dark greens and berries, getting enough vitamin D from safe sun exposure with moderate sunscreen application, limiting sugar intake, spending time in nature and using devices such as Firefly light therapy device to realign cellular health and produce plumper, firmer skin. Adopting these strategies will support your innate healing power to look and feel healthier from within out!
