LED Red Light Therapy for Feet & Body, CAMECO 640nm & 660nm & 880nm Infrared Light Therapy Belt for Foot Pain & Neuropathy, Wearable Foot Therapy Wrap, Timer, 3 Temperature Setting

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Improved recovery from traumatic brain injury: As confirmed by this pilot study in 2007, 810 nm NIR light therapy has been shown in animal models to be particularly effective in promoting recovery from traumatic brain injuries and reducing long-term neurological damage. Here is a partial list of additional conditions and diseases along with the specific wavelengths (in nm) that are effective in their treatment.

Harnessing the most biologically effective wavelengths is the key to optimizing the benefits of red light and near-infrared light therapy. The LED Outputs In a study investigating the effects of red light therapy on pleurisy, the 660nm wavelength was found to have an anti-inflammatory effect. Improved bone healing

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An integrated approach combining red light and NIR light provides a powerful recipe for therapeutic success. The penetration of various wavelengths to multiple depths within your body allows separate and diverse issues to be treated at the same time. For example, skin conditions and deep tissue injuries or joint pain can all be treated at once. Let’s start with the red wavelengths. If you use 630 nm light along with 660 nm light, the shorter 630 nm wavelengths will, of course, have a shallower absorption depth. In one study, the 660 nm wavelength was found to reduce both inflammation and swelling by reducing the number of inflammatory cells which lead to the formation of swelling. Reduced neuropathic pain Hair regrowth : According to a 2013 study , red light therapy containing the 630 nm wavelength is a safe and effective method of stimulating hair growth in both men and women. we can see colours which are outside of the gamut of the RGB scheme - there is no unique mapping that definitively converts a wavelength to a colour, and as such

A 2017 study by researchers from the UK found that visible red wavelengths — including 610, 630, 650, and 670 nm red light — can absorb into the skin to a maximum depth of between 4 and 5 mm.

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Improved recovery from stroke in certain patients: One study conducted with stroke patients showed that 810 nm NIR light wavelengths provided neuroprotective benefits and improved recovery among sufferers of moderate to severe strokes. Five days after the stroke, there was significant improvement among those who had been treated with 810 nm light therapy, compared to those who hadn’t. Ninety days post-stroke, 70 percent of the treated patients had a successful outcome, compared with only 51 percent of the control group. nm — color: red; Often used in low-level laser therapy for reducing inflammation and promoting healing.

The particular range of wavelengths coincides with a window in the Earth's atmosphere, through which this light can travel. Higher frequency radiation, such as x-rays are absorbed by the atmosphere, as are lower frequencies, such as microwaves.

The development of our product is informed by a multitude of peer-reviewed studies that investigate the benefits and applications of RLT. Above 1,000 nm, the body begins to perceive the wavelengths as heat, not light. This is important for anyone treating their eyes, or trying to boost testosterone levels, because certain parts of the body, particularly the eyes and the testicles, are incredibly sensitive to thermal damage. Short red LED wavelengths will only affect fat cells that reside very closely beneath the skin. This, however, is actually where the greatest content of body fat is stored (including but not limited to cellulite), so red LED light will go a long way toward fat-burning.

One example of this ripple effect is that when cells like fibroblasts are stimulated to synthesize proteins like collagen and elastin, this process can improve skin health and also the repair and health of the muscles and joints. Thanks to the extensive research and development efforts by its medical and advisory staff, PlatinumLED has made extensive breakthroughs in red light therapy technology to remain on the cutting edge of this technology as the pioneers and leaders in the space.

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An animal study demonstrated that 830nm light therapy improves bone repair by stimulating new bone growth. Red light therapy helps animals with their bone health in a variety of ways, including dogs and horses. Your ability to concentrate is improved, thinking and problem-solving skills are elevated, and overall mental sharpness and acuity are raised to new levels. Finally, there’s just the 850 nm wavelength left, traveling to its maximum absorption depth of slightly more than 5 mm. Even if a percentage of the light photons from this wavelength have dissipated, some will reach their target tissue deeper in the body. If the cell cannot handle, i.e., repair, accumulating phototoxic events during irradiation, it will ultimately die. Unfortunately, so far live-cell localization microscopy largely ignored possible phototoxic effects 12 or treated them only superficially likely due to the nonexistence of appropriate instrumentation for automated long term live-cell observation. Hitherto, in most studies it was investigated whether the cells are still adherent, changed their shape, or showed other apparent ill effects directly after super-resolution microscopy experiments 13, 14, 15. Recently, it has been shown that yeast cells that appeared healthy directly after irradiation with a very low light-dose failed to divide when left overnight, whereas their non-imaged neighbors divided normally 16. Even though the exact mechanism behind light-induced cell damage is still unclear and the irradiation sensitivity will undoubtedly vary among different cell types and irradiation wavelengths 17, 18, 19, the reported results clearly demonstrate that the simple observation of the cell’s appearance directly after irradiation cannot be used as a meaningful photodamage marker.