Every organ and cell in your body vibrates at an individual frequency; when disease and illness disrupt this frequency, pulsating light therapy can help restore them.
Inlight Therapy systems are scientifically-proven non-thermal approaches to photobiomodulation. LSPro systems have FDA clearance for clinical use, unlike consumer LED gadgets.
Nogier Frequencies
Nogier Frequencies are a set of frequencies designed to help promote healing in the body. Created by French neurologist Paul Nogier, these Nogier frequencies may help increase overall wellness by returning tissue vibrations back to their natural resonance frequencies – and ultimately helping improve overall health and wellness. They are similar to Solfeggio Frequencies so can be combined for maximum effectiveness.
Nogier conducted the first comprehensive map of outer ear anatomy in 1951, discovering that its four structures – tragus, antitragus, helix and triangular fossa – all corresponded with Chinese meridians that corresponded with acupuncture points on them. He discovered furthermore that these pressure points respond well to stimulation with light at various frequencies.
In the 1970s, Dr. Barab created his own light device that pulsed at specific frequencies to stimulate the auricle. Since then, this frequency has become widespread use in auriculotherapy, regenerative therapy and photobiomodulation (PBM) light therapy treatments.
At present, there is no clinical evidence to demonstrate that simply pulsing an LED at these frequencies will produce similar therapeutic benefits as the original auriculotherapy method. This is because true frequency modulation requires continuously changing frequency; most LED devices that claim Nogier frequencies simply pulse the light at one frequency without making any discernible alteration in signal itself.
Thus, many who purchase devices using Nogier frequencies for healing end up being disappointed when their results vary significantly from those expected. Therefore, it is vital that consumers understand the differences between frequency modulation and LED pulsing before making a purchase decision.
Frequency A: 144Hz
This frequency resonates with tissues derived from ectodermal sources such as skin, eyes, glands and the central nervous system. It has been found to help reduce inflammation and edema while simultaneously fighting infections and increasing metabolism.
This frequency penetrates deep within the ear canal, including connective tissues and muscles, to effectively manage pain relief while curbing excess calcification. Furthermore, this frequency helps relieve stress relief while stimulating brain activity for relaxation purposes.
Red LED Frequencies
Red light therapy is a noninvasive, painless solution that delivers immediate results. Many use red light therapy to enhance skin tone and texture, while others choose targeted applications for pain relief or athletic enhancement. A personalized light therapy session should always be the aim for optimal outcomes.
Light therapy wavelengths are measured in nanometers (nm). As light penetrates deeper into tissues, its photons reach deeper. Absorption depth may depend on factors like length of treatment time and use of skincare products that might block light. A powerful LED device like BIOMAX series from PlatinumLED Therapy Lights may push more photons deeper into tissues for greater effect during sessions.
When selecting a red LED light therapy device, its power output (expressed in milliwatts per square centimeter or mW/cm2) should also be taken into consideration. A device with an increased mW/cm2 value allows more of the light photons absorbed to be reabsorbed back into cells more quickly, leading to faster and deeper benefits from treatments.
While most red light therapy devices deliver only two wavelengths of red light, BIOMAX series stands out by offering five beneficial red and near-infrared wavelengths at once. These well-studied wavelengths work together to multiply each other’s effects for full body coverage.
Studies have demonstrated that wavelengths 660nm and 630nm penetrate deeper than other wavelengths into tissue layers, while shorter 630nm wavelengths penetrate more superficial layers of skin. Both these wavelengths have been shown to promote collagen production – helping reduce fine lines and wrinkles as well as heal acne-prone skin conditions.
Furthermore, the combination of red and near-infrared wavelengths stimulates blood flow to reduce muscle soreness and promote healing after exercise. Studies have also demonstrated their ability to decrease symptoms associated with chronic traumatic brain injuries among veterans.
Blue LED Frequencies
Blue LED frequencies used in light therapy have been proven to help elevate mood and boost cognitive functioning. They have also been found effective at relieving symptoms of depression while helping regulate circadian rhythms – this is the same reason NASA uses blue light on astronauts in space so as to maintain healthy sleep patterns and promote overall mental wellness.
When shopping for a light therapy device, make sure to consider its frequency of blue LED lights as this can serve as an indication of its quality. Also look for adjustable settings and verified light intensity measurements like those provided by AYOs.
40Hz Frequencies
Light has been found to influence brainwaves, and can be used as neuromodulation therapy to treat conditions such as depression, insomnia and Alzheimer’s disease. A frequency of 40Hz has been found to synchronize brainwaves, reduce anxiety and enhance cognitive performance – qualities which make 40Hz binaural beats ideal for meditation or mindfulness practices that promote calmness while increasing focus and concentration.
Studies have demonstrated that exposure to 40 Hz flickering lights caused a significant rise in low-gamma frequency power, leading to improved working memory performance and decreased subjective sleepiness. These findings indicate that these changes could occur through both SAM-mediated transmethylation pathways as well as salvage/de novo purine synthesis pathways.
Studies conducted recently on mice exposed to 40Hz flickering light found that it decreased cellular energy depletion, increased cell density, and led to increases in AMPK phosphorylation – all linked with activating the mTOR pathway, which regulates protein synthesis and cell growth; furthermore this activation also preserved cognitive functions of these mice exposed to 40Hz flickering light.
40Hz flickering light was also found to reduce subjective sleepiness in humans and was associated with lower levels of Alzheimer’s biomarker tau proteins – further evidence that its use can improve cognitive function and slow progression of Alzheimer’s in early onset dementia patients.
Although the initial trial of 40 Hz light therapy was curtailed by pandemic outbreak, researchers continued to monitor five volunteers who used it on an open label basis for two years – this new research from MIT shows that those receiving stimulation showed preservation of brain volume, improvements on cognitive tests, as well as reduced plasma levels of Alzheimer’s biomarker.
Recent research conducted by this team of investigators has demonstrated that ablation of glutamatergic neurons in V1 significantly prevented both initial and delayed increases of extracellular adenosine caused by 40Hz flickering light modulation, suggesting they are an important source of extracellular adenosine in response to light modulation. Furthermore, delayed elevations lasted up to 2.5 h after flickering ended indicating their relevance as potential contributors of extracellular adenosine elevations.
