Shulipai / Guanghepai is a health care product with exclusive patented technology from China, Japan and Taiwan, and has the following advantages:
☉Sleeve Patch/Photosynthetic Patch is a patch-type health care product that is easy to carry and can be used in daily life.
☉ The light-synthetic patch can continuously help relieve discomfort at the sticking site for up to 48 hours. The Shurite will shut down at regular intervals of 3 hours, and the battery can be replaced for continuous use.
☉Sullitex/Photosynthetic Plaster is a health product with zero drugs and no side effects, so you don't have to worry about it if you continue to use it for a long time.
☉ 100% Sleeve Tape/Photosynthetic Tape is developed and manufactured in Taiwan, and the selection and use of materials are based on medical-grade high-standard standards.

The CR2032 button lithium battery attached to the Yuqiu Shuli sticker/consumable package can be used for up to 9 hours under normal conditions

There is a low power indicator light (orange light) on the side of the Slipstick main unit

The low power state of the Slipstick is explained in the following video

Concentrated red light in the patented band can penetrate 17mm artificial skin through actual measurement. Help maintain blood circulation, relax the head, neck, shoulders and back, and relieve the fatigue of various parts. Helps maintain healthy elements such as ATP, active oxygen, and nitric oxide.

Among them, Shulitie uses silicone gel patch, which has passed the SGS medical grade skin sensitivity test, and is hypoallergenic and low-irritating.

The product was developed by the former Industrial Technology Research Institute team after 2 years. The exclusive band of bioluminescence has patents from Japan and other countries. It is a drug-free and tasteless safety patch, and there is no burden for long-term maintenance. It can be used on the shoulders, neck, back, hands and feet. , exercise, menstrual period and other daily maintenance.

Refer to health knowledge How does Wen Hongguang help you relax? What is ATP?

Each has its own strengths

Detailed comparison

It is not possible to use any rechargeable battery for the Seltape because the voltage of the rechargeable type is different from the CR2032 battery that is designed for the Seltape itself. If you use a rechargeable battery, it will cause damage to the host circuit board. This part is due to human factors and cannot enjoy the one-year warranty of the host.

Shulipai/Photocopapa uses the natural principle of light’s biological effect, mainly through the gentle physical effect of light, gradually cares for tired muscles, slowly relaxes local parts, and gradually relaxes deeply. It is the same as massage It is to provide you with a feeling of local relaxation and care.

The physical care of light is because the mitochondria of cells contain photosensitive proteins, so they can convert the energy of light, and then help the basic elements such as ATP to transfer gradually and gently.

The photosensitive protein cytochrome C oxidase (Cytochrome C oxidase) in the mitochondria can absorb some special bands of red light, and then help energy ATP (adenosine triphosphate), as well as ROS (reactive oxygen species), NO (nitric oxide) and other health care elements.

What is ATP? What can ATP do?

In fact, all biological energy comes from ATP☼

ATP is a form of energy in living things

Adenosine triphosphate(English:adenosine triphosphate,ATP; also known asadenosine triphosphate,adeninenucleoside triphosphate)existbiochemistryin is aNucleotide, ascellInsideenergydelivered "molecularcurrency", store and passchemical energy. ATP innucleic acidIt also plays an important role in synthesis. It is also the guanine dinucleotide in the RNA sequence and acts as a substitute when DNA is transcribed or replicated.

actuallyATP adenosine triphosphate(adenosine triphosphate) is the basic energy form in living things. All our sports, from playing ball, walking, climbing stairs to dialing the phone, rely on ATP to provide muscle energy to move. ATP can be obtained from food through digestion and a series of chemical reactions.

In addition to food, there is another shortcut to speed up the acquisition of ATP, such as more exposure to the red light in the sun, absorbing light energy through the mitochondria of cells, and then helping to speed up the process of ATP energy production.

All muscle activities (including running) require energy to maintain, but food is only an indirect source of energy for muscle activity. After a series of chemical reactions in the human body, the energy released when food is decomposed will be used to manufacture a high-energy compound called adenosine triphosphate (ATP) and stored in muscle cells. When ATP is decomposed, it can provide energy for muscle activity.

ATP is a high-energy compound used in the functioning of living things. We all know that the body absorbs food to obtain energy, but in fact, the energy released when food is decomposed in the human body cannot be directly used in muscle activities. The energy must first be used to produce ATP and stored in muscle cells. Only the energy released when ATP is broken down can be directly applied to muscle activity.

ATP biosynthesis

ATP can be produced by a variety of cellular pathways. The most typical such as inmitochondriapass inOxidative phosphorylationDepend onadenosine triphosphate synthasesynthetically, or in plantChloroplastpass inphotosynthesissynthesis. The main source of energy for ATP synthesis isglucoseandfatty acid.

ATP cycle

daily energy needs of the human bodyhydrolysis100-150 moles of ATP is equivalent to 50 to 75 kilograms. This means that a person will break down ATP equivalent to his body weight in a day. But the total amount of ATP in the human body is only about 0.1Moore(about 51 grams), so each ATP molecule is reused 1000-1500 times a day. ATP cannot be stored because ATP must be consumed within a short time after synthesis.

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source:

1. Huang sir's running tips, 2016/08
2. wikipedia, Adenosine triphosphate, 2019/04
3. pubchem, Names-and-Identifiers, 2019/04

*Disclaimer: The content contained in this article is for informational purposes only and does not constitute an offer of sale, solicitation of purchase, invitation, suggestion or recommendation to complete any transaction. This article is also the author's personal experience and opinions, and its content does not represent the views of this website.

The relationship between red light and "infrared rays"

the lightis a radiationElectromagnetic waves,ThatwavelengthDistributed from 300nm(ultraviolet rays) to 14,000nm (far infrared). However, in terms of human experience, the "light domain" usually refers to the fleshEyeThe visible light wave domain is the range from 400nm (purple) to 700nm (red) that can be perceived by human eyes, and is generally called the "visible light domain". Red light falls on the edge of the visible spectrum, with a wavelength of 620-750nm, which is the closest visible light to infrared. Next to red light is what we often hear, but rarely see.Infrared (IR). According to the data of the Topology Research Institute, different lights will have different effects, among which red light and near-infrared light are the most widely used.

Infrared rays are divided into near-infrared rays and far-infrared rays

"Near-infrared rays" with wavelengths greater than 700nm and "ultraviolet rays" with wavelengths shorter than 400nm are beyond the range of human vision. Therefore, technically, these two types of spectrum should not be called "light", but should be called "lines". Generally, the infrared categories we often hear include near infrared (NIR) and far infrared (FIR).

Red light and near infrared (NIR)

According to research by foreign scholars, red light and near-infrared rays have the deepest penetration depth to human skin. According to research by YY. Huang and many scholars, when 600-900nm red light and near-infrared rays irradiate the human body, the mitochondrial chromophore in the skin cells will absorb photons, trigger electron transmission, and release the smallest energy unit in the human bodyATP (adenosine triphosphate)andNO (nitric oxide),health careROS (reactive oxygen species)In this respect, red light and near-infrared light can be said to be helpful to the human body, and can also be said to be bio-absorbable light.

It can be seen from the Absorbaqnce diagram that most of the energy of near-infrared rays will be absorbed by water, and the largest component in cells is water. Therefore, the use time and distance of near-infrared rays are generally limited, and attention must be paid to the accumulation of heat energy. Red light is the safest wavelength band closest to infrared rays, and it does not cause burns like near-infrared rays, so it is suitable for daily home health care.

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What is infrared?

infrared(Infrared, referred to as IR) iswavelengthbetweenmicrowaveandvisible lightbetweenElectromagnetic waves, whose wavelength is at 760Nano(nm) to 1 millimeter (mm), it is invisible light with a wavelength longer than red light, and the corresponding frequency is about 430THzto 300GHzIn the range. Most of the thermal radiation emitted by objects at room temperature is in this band.

Infrared rays were discovered by astronomers in the 1800'sWilliam HerschelHe found that there is a radiation with a frequency lower than red light, which, although invisible to the naked eye, can still increase the temperature of the surface of the illuminated object.EarthfromsunMore than half of the energy gained is in the form of infrared absorption. The balance of the earth's absorption and emission of infrared radiationclimatehave a crucial impact.

What is far infrared?

far infrared(Far Infrared, abbreviated FIR), generally refers tospectrumThe light waves located in the 15~1000µm region belong toinfraredwavelength range. in the visible light spectrumredThe outside of the light is invisible light. Different academic circles often define the range of far-infrared rays differently. For example, astronomy often defines far-infrared rays as electromagnetic waves with wavelengths between 25 µm and 350 µm. The living entity can feel its presence in the form of "heat".

Far-infrared rays in the range of 4 μm ~ 14 μm are also known as "the light of birth", so far-infrared rays are not only technology,astronomicalIn addition to the application on the Internet, it can also be used in health care. some plantsgermAfter being irradiated with far-infrared rays, it helpsenzymeActive activation, accelerated germination.

Since far infrared is widely used in health care products, all countries have requirements for certification of far infrared products. Among them are official institutions; there are also institutions established by peers, for example: Japan'sJapan Far Infrared Ray Associationand KoreanKorea Far Infrared Rays Association. Taiwan's certification body hasFar Infrared Health Science and Technology Development Association of the Republic of China,China Far Infrared Application Development Association.

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References:

• Topology Industry Research Institute, 2013/04
• Ann Biomed Eng . 2012 February ; 40(2): 516–533
• Dose-Response, 9:602–618, 2011
• Wikipedia, 2019/04
• Wikipedia, 2019/04
• study.com, infrared-waves-definition-uses-examples, 2019/04

*Disclaimer: The content contained in this article is for informational purposes only and does not constitute an offer of sale, solicitation of purchase, invitation, suggestion or recommendation to complete any transaction. This article is also the author's personal experience and opinions, and its content does not represent the views of this website.