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Knowledge about LED light therapy and features of HIME SAMA *Miracle STAR* product

Dear collaborator, thank you very much for participating in promoting phototherapy technology. Please read the content carefully to ensure that you can convey the correct knowledge of light therapy to your fans when making videos, so that your fans can benefit from your videos.
 
Basic knowledge about light therapy:
 
The process of using low-level non-thermal light-emitting diode (LED) light or lasers to enhance cellular function, known as photobiomodulation (PBM) or low-level light therapy (LLLT), is a medical modality of increasing clinical importance. The effects of light therapy and LLLT are photochemical. When used at the correct intensity and frequency, LED light sources produce photons of light energy that are absorbed by selected chromosomes in the tissue. This process stimulates mitochondrial activity and the production of adenosine triphosphate (ATP), improves blood circulation and tissue oxygenation, thereby alleviating the pain of cell proliferation, and boosting the production of anti-aging enzymes. Low-Level Laser Therapy (LLLT) of the correct wavelength, irradiance, and energy density breaks down nitric oxide and returns oxygen to cells, restoring ATP and reducing oxidative stress. Once the normal mitochondrial function is restored in LL, cellular metabolism improves, and the cellular function returns to normal. In recent decades, LED lights have proven to be a safe and effective light source for PBM. Treatment parameters such as wavelength, irradiance, and the dose may be responsible for the effect.
 
What are wavelength, irradiance, and dose?
 
The wavelength of light is defined as "the distance between two successive peaks or troughs of a light wave." Therefore, the distance between one peak or trough and the next wave is called the wavelength. Since LLLT works by transmitting specific wavelengths of light into our skin and being absorbed by our cells, its effectiveness is closely related to the amount of light reaching the target tissue. Wavelengths are usually expressed using associated colors, which typically include violet/blue (400nm)-495, green (495-570 nm), yellow (570-590 nm), orange (590-620 nm), red (620-750 nm) and near-infrared (750-1200 nm) lamps. All tissue targets have optimal wavelengths for absorbing light. Different tissue targets trigger different biological processes.


Optical power density can be understood as the energy that light can transmit per unit area, and the unit is W/m² or mW/cm². Human cells respond to light with a biphasic effect, meaning that neither too low nor too high energy produces the results we expect. Higher irradiance generally means shorter treatment times. But higher irradiance is not always better. If the irradiance is too high, the photon energy can be converted into excessive heat in the target tissue; the mask may heat up and inhibit treatment or even have adverse consequences. GYH experts recommend choosing products with an irradiance of around 30mW/cm², which is clinically proven safe and effective energy.
The dose of phototherapy is measured in joules per square centimeter (J/cm2), which is the sum of the energy delivered to a unit area of tissue. Dose (J/cm2) = Irradiance (mW/cm2) x Time (sec).
 
Efficacy of various wavelengths of LED lights:
 
We all know that skin aging is mainly attributable to photoaging, resulting in a decrease in the number and biosynthetic capacity of fibroblasts, a decrease in the proliferation capacity of skin-derived cells, and an increase in the expression of collagen-degrading enzymes. It is manifested by a decrease in the overall amount of collagen, thickening and degradation of dermal collagen and elastic fibers, and weakening of collagen fibers. The best frequencies of light to reverse signs of aging are red and infrared - both between 600 and 880 nanometers. The light used in these anti-aging treatments comes in a variety of wavelengths and can penetrate below the surface of the skin to safely interact with skin cells. The light energizes the mitochondria of the skin cells, resulting in increased output from the mitochondria to the rest of the cell. Cells became stronger and multiplied faster after red light treatment. Related studies have shown that the combination of 633±3 nm red light and 830±5 nm NIR light can significantly improve key profile measurements (RMS roughness, average roughness, maximum profile peak height, maximum profile height). 52% of subjects showed a 25%‒50% improvement in photoaging scores by week 12; 81% of subjects reported a significant improvement in peripheral wrinkles on completion of follow-up, and subjects' skin overall improved younger.
 
The combination of red light and blue light can safely and effectively treat inflammatory acne, and its principle is as follows:
Most acne is caused by the bacterium P. acnes, which contains endogenous photosensitizers, including coproporphyrin III (CPIII) and protoporphyrin IX (PpIX). After absorbing blue light, these photosensitizers will effectively destroy Propionibacterium acnes. At the same time, red light penetrates deeper into the skin. It induces the release of anti-inflammatory cytokines from surrounding macrophages, resulting in anti-inflammatory and to some extent antibacterial effects.Therefore, if only blue light is used to treat inflammatory acne, acne can be removed quickly, but acne recurrence cannot be avoided. If combined with red light, it can effectively reduce the recurrence of acne and repair the scars left by acne. This combination therapy has been clinically validated by GYH.
 
The principle of the action of red light on the inhibition of melanin production: Melanin synthesis is a multi-step enzymatic biochemical reaction, and tyrosinase is the key enzyme in melanin synthesis, catalyzing the early rate-limiting steps of melanin synthesis, namely the hydroxylation of substrate tyrosine and the oxidation of DOPA. LED light in a certain wavelength range can inhibit tyrosinase synthesis and has a certain anti-melanin production effect. It is clinically useful for melasma and post-inflammatory hyperpigmentation. And red light can prevent and repair the skin damage caused by ultraviolet rays in the sun.
 
Light therapy for the treatment of sleep disorders and depression: In recent years, a large number of research results have shown that light therapy can be used to reduce people's mental stress, relieve depression and improve insomnia and improve sleep quality. Seasonal affective disorder ( SAD) is a seasonal pattern of recurrent major depressive episodes that most commonly occurs during autumn or winter and remits in spring or summer. Persons suffering from SAD commonly experience atypical symptoms, including hypersomnia, carbohydrate, and regret gain with increased weight. Phototherapy has been shown to prevent SAD, infrared light reduced the risk of SAD by 50% compared with no light therapy. The efficacy of phototherapy was recognized by Golden et al., who raised that adopting standard approaches to light therapy's specific issues and incorporating rigorous Designs are necessary to evaluate light therapy for mood disorders.
 
How to choose a high-quality LED therapy product:
 
1 Color purity
As we mentioned earlier, the right wavelengths of light are great for our identity, but at the same time, certain wavelengths are bad for our skin. The color purity of the lamp beads of inferior LED phototherapy products is often insufficient, resulting in the emitted light containing harmful light (such as UV) to the human body.
GYH experts believe that the color purity of high-quality home phototherapy equipment should be higher than 98%.
2 Accuracy of light wavelength
The wavelength of light is defined as "The distance between the two successive crests or troughs of the light wave". It is denoted by the Greek letter lambda (λ). Therefore, the distance between either one crest or trough of one wave and the next wave is known as wavelength. Because LLLT works by delivering wavelengths of light into our skin, where it is absorbed by our cells, its effectiveness is closely connected with the amount of light reaching the target tissue.
Wavelengths are often referred to using their associated color and typically include purple/blue (400-495 nm), green (495-570 nm), yellow (570-590 nm), orange (590-620 nm), red (620- 750 nm) and near-infrared (750-1200 nm) lights. All tissue targets have an optimum wavelength at which they absorb light.
Different tissue targets trigger different biological processes. The best device to choose is one emitting evidence-based wavelengths: blue (e.g., 415 nm, 460 nm), red (e.g., 630 nm), and near-infrared (e.g., 830 nm). These wavelengths have been proven to increase ATP production in cells that are compromised due to aging, illness, disease, or just poor lifestyle choices.
We know that light has to be within its precise wavelength range to have the desired effect, and if the deviation is too large, it can even become a different type of light. The wavelength error of inferior phototherapy equipment is even more than 100 nm, and this means the light emitted is not very pure and is a mixture of wavelengths. So, while you may achieve some light absorption into the skin, you won't achieve optimal absorption.
GYH experts believe that this error value should be controlled within the range of 10 nm.
 
3 Optical power density
Optical power density can be understood as the energy that light can transmit per unit area, in units of W/m² or mW/cm². Earlier, we mentioned that human cells respond to light with a biphasic effect, which means that neither too low nor too high energies can achieve the expected results.
Among clinical studies focused on skin rejuvenation, irradiance values
range from 6 mW/cm² to 150 mW/cm². A systematic review of at-home devices used for noneesthetic purposes (e.g., wound healing, scars, pain, and cognitive function) found that devices finding significant results had irradiances ranging from 8-50 mW/cm² [49].
But in fact, most of the cheap products on the market belong to the category with too low energy (≤ 5 mW/cm²), and the cost of its lamp beads is very low, similar to your common lighting type LED, which is equivalent to a light-emitting toy. Maybe you'd get better results standing under a glowing Christmas tree than using a device like this.
 
4 Third-party clinical tested
Many brands claim to be clinically proven, but in fact, the brands just use the same clinical products with the same parameters for the product portfolio. But for their own branded products, no clinical testing has been done, and clinical data is not made public.
If a brand doesn't make Clinical Tested results accessible, that's like getting a bespoke fragrance in Grasse, France, and never wearing it. Smells suspicious!
Third-party clinical validation, on the one hand, provides an unbiased
judgment of the product and ensures its effectiveness. At the same time, the third-party prevents low-quality products from entering the market and ensures the products meet industry standards, which is crucial to a brand. Without third-party testing, companies can manufacture and sell products that don't work as advertised. This can be due to the company just trying to make quick money and using cheaper accessories.
GYH experts recommend choosing products that third parties have clinically tested.
 
Why choose GYH Cloud-S LED light therapy mask:
 
1. GYH's product parameter design is completely based on scientific research and clinical trials. Cloud-S uses the only light that has been proven effective by the scientific community: red light: 630nm, near-infrared light: 820nm, and blue light: 465nm, the light purity is as high as 98%, and the light wavelength error is less than 5nm. Most importantly, the irradiance of most household phototherapy products on the market is too low, while the optical power density of Cloud-S is as high as 30mW/c㎡, which is the most effective energy within the safe range.
2. The product has passed the rigorous clinical test of the Korea Institute of Dermatological Sciences (21 subjects, 56 days of test duration), and it has obvious effects on skin moisture status/soothing effect/firmness/elasticity/roughness/gloss improvement. Testers' satisfaction is as high as 96%.
3. The problem with most household phototherapy mask products is that they are uncomfortable to wear, and there are many cables, which is very inconvenient. Cloud-S creatively adopts a completely cable-free design, which is very convenient. It only needs to be charged once in three hours, and it can be used for a week. In addition, we have designed forehead support, chin support, and soft silicone eye pads to reduce the pressure on the face and make it more comfortable to wear. At the same time, this design also keeps the mask away from the face, maintaining the best irradiation distance, so that the facial skin can absorb the light more effectively.
4. We also have a technology, that is, there is an irradiation hole above each lamp bead of the mask. This irradiation hole is slightly sunken toward the lamp bead, and the angle of each sunken irradiation hole has been carefully designed to allow the light to gather together to prevent excessive scattering and improve the irradiance. This is our unique technology.
 
How to use our product for different skin problems:
 
1. Reduce wrinkles and promote collagen regeneration: use red light + near-infrared light for 10 minutes daily. Visible results can be seen in 8-12 weeks.
2.Remove acne, reduce acne marks, and prevent acne recurrence: use blue light on the first day, use a combination of red light + near-infrared light on the second day, 10 minutes a day, and then use it alternately like this. Visible results can be seen in 2-4 weeks.
3. Prevent ultraviolet rays from sunburning the skin: use red light + near-infrared light for 10 minutes before going out, and use it again for 10 minutes after returning home.
4. Improve sleep and depression: Use red light + near-infrared light for 10 minutes before going to bed. Visible results can be seen in 2-4 weeks.
5. Help wounds heal and eliminate inflammation: Use red light + near-infrared light for 10 minutes daily at the wound site. Visible results can be seen in 1-4 weeks.
If you have skin or body problems mentioned above, you can try our product according to the guidance. After the improvement is obvious, you can record a before and after comparison video to enhance the video's credibility and attract fans.
 
Dear collaborators, thank you for your patience in reading the above information. Please selectively pass the above information to your fans according to the length of the video to make your video more professional and credible. LED phototherapy technology is a mature and effective technology verified by the scientific community, and the mission of GYH is to make this technology miniaturized and home-based, so that more people can benefit from it. Thank you again for participating in the promotion of phototherapy technology. If you have any questions about technology and product in the process of making videos, please feel free to contact us. Thank you!

 

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