Last Updated on 3 years by Francis

What is the Average Thickness of the Skin?

There are two major types of skin: the epidermis or the outermost layer and the dermis or second layer, which is made up of the middle layer of skin.

The thickness of the epidermis ranges from one person to another depending on many factors such as the genes they inherit from their parents and also on their natural skin condition.

The average thickness of the skin is 0.1mm. Some people have thicker epidermis than others, which is known as Hyper-pigmentation, and this occurs because of the overproduction of melanin.

Hyper-pigmentation can be caused by a variety of reasons including: sun exposure, chronic sunburns, skin disorders such as vitiligo and melanoma, medications, poor diet and nutrition, hormonal changes due to fluctuating estrogen levels, and other factors.

The average thickness of the skin varies in a person due to many factors, including the amount of melanin present in the body, age, genetic factors and climate.

For example, people who are darker skinned will usually have thicker skin than those with lighter skin because they produce more melanin.

People on the African continent, Asia, Oceania, and in some parts of Latin America tend to have thinner skin than other groups.

Some medical conditions and medications may contribute to the epidermis being thicker than the average, and these include medications used for high blood pressure, cancer treatments, anesthesia and chemotherapy.

It also may be caused by the drugs used in tanning, cosmetic surgery and radiation therapy.

Over-the-counter medicines that thin the skin include anti-aging creams, gels, lotions, powders, soaps, strips, pore Tightening solutions, exfoliants, moisturizers, facial scrubs, masks, and cleansers.

Some people may also find that applying certain home remedies, herbal creams, and even certain vitamin and mineral supplements can make their skin appear to be thicker than the average.

Have Clinical Trials Rediated The Negative Impacts Of Infrared Light Therapy?

There are many clinical trials being conducted right now that are testing new drugs in hopes of discovering an actual cure or treatment for certain ailments.

Some medical professionals believe that there are many medical conditions that can be prevented by taking certain vitamins or other nutritional supplements.

For example, breast cancer can be prevented by taking the antioxidant vitamins E and A.

Clinical research is also investigating how NIR wavelengths can fight cancer and help to prevent aging.

Although some preliminary results have shown promising results in certain ailments, it is not yet conclusive as to whether these wavelengths can help you in overcoming some health problems.

In some clinical trials, infrared light has been used to help reduce the effects of certain cancerous tumors. Although there are no clinical trials that directly say that they work when it comes to fighting cancer, there is evidence that says they might.

Researchers at the University of California at Los Angeles have found that the properties within the infrared waves of NIR light can kill cancer cells without damaging healthy tissue.

They believe that a molecule of the virus triggers the reaction. This new research into the effectiveness of infrared light shows great promise in helping researchers find more treatments that work better than chemotherapy and radiation. Many patients have already benefited from the results of this study and are now taking advantage of the results.

If the latest clinical trials are any indication, then infrared light therapy will continue to progress and become an integral part of the medical community in years to come.

With cancer treatment, there will always be new treatments and new technologies to try. Infrared light has proven its worth in many different fields and looks like it will only continue to grow in its potential for healing.

The sooner we can get to a stage where we don’t have to rely on traditional medicine to treat common illnesses, the better off we will be. The key is to continue to improve the technology that we do have available.

Acne Treatment – Short Wavelength Rays & Acne

There are three types of short wavelength rays that we need to understand, explain and deal with properly. The longer wavelengths like gamma rays and x-rays are not visible to the human eye.

These wavelengths are usually absorbed by the body’s cells and cannot pass through.

Thus you will not be able to see them or they won’t have any affect on your health.

The short wavelength rays however, are able to penetrate the body cells and are therefore capable of causing damage to the tissues and the cells that make up our skin.

It has been known for quite some time that the shorter wavelengths such as those which are between forty and seventy nanometers do have an effect on the skin.

This is true for all the three Cs (cation, absorption and emission) and is also true of the longer wavelengths like those which are over two hundred nanometers.

The reason this happens is because the shorter wavelengths are able to pass through the layer of the skin called the epidermis and can then enter the dermal layer of the skin.

This process can cause changes in the dermal cells and collagen fibers, which cause the formation of stretch marks and other types of scars.

Since the loss of collagen and other tissues is the primary reason behind the formation of these scars, preventing the loss of these tissues and keeping them from eroding should be high on the agendas of any acne sufferer.

Since the loss of these tissues is directly proportional to the development of these scars, using a product that is formulated to prevent the loss of these tissues while combating the short wavelength rays should be of great importance.

Deep Penetrating Healing Light Therapy

Deep penetrating healing light therapy has been around for a while but until recently was not available in the United States.

Recently the FDA has approved a new type of deep penetrating healing light therapy using LEDs, or more specifically, Light Emitting Diode.

This type of deep healing light therapy is used on acne scars as well as on other skin disorders such as rosacea.

Diode light offers many benefits and will help you achieve clearer skin more quickly.

The longer wavelengths are able to penetrate deeper into the body and increase circulation to the affected area, this helps to reduce redness and reduce pain associated with eczema, psoriasis and other skin disorders.

This type of light also works well on various other forms of acne as well.

The FDA has approved this type of light therapy to be used for patients with moderate to severe acne as well as people who have Rosacea.

In addition, this type of light therapy is beneficial for those who have acne scars and other discolorations in the body that need to be reduced.

This type of deep healing technology is able to penetrate deeper into the body than the traditional light sources used before and this results in less redness and irritation of the skin.

For this reason, it is very effective at reducing the discoloration of the face as well as other areas of the body such as the back.

Deep penetrating healing light therapy can be used on any skin disorder and any type of blemish, even cysts.

There are other types of natural healing that is able to deeply heal the body without causing any harm.

Very Short wavelengths Will Not Absorb Into The Outer Layers Of The Skin

One of the most effective ways to reduce the appearance of fine lines and wrinkles is through very short wavelengths. It sounds difficult, but it actually isn’t.

So what about uv light? This is a very important question.

The human body operates mainly in the ultraviolet range, and in the absence of UV rays, this is where our skin will show a marked weakening.

That is why short wavelength skin light therapy can help you out, because it will help reduce the number of visible sun rays entering your skin, resulting in an even more radiant appearance.

There are a lot of people who are convinced that using light therapies in their skincare products is not only safe but also effective.

Low Level Light Therapy Rewrites the Metabolic Process

Low level light therapy is a form of phototherapy that can be performed on either the eyes or scalp.

Low level light therapy is also called photorefractive eye treatment, photorejuvenation, photodynamic therapy, photodensoring or photocoagulation.

This form of phototherapy is performed by applying an engineered light to the skin and/or the eye.

It works on the principle that the body’s cells are structured in such a way as to give us the maximum amount of light available at all times; with the minimum of energy use.

The human body cannot produce or manufacture its own vitamin D.

We get it from our diets.

To ensure that we receive an adequate supply, we need to expose our skin and our eyes to light.

The engineered light therapy provides this natural light at a very high level, without damaging the skin and the eye.

Low level light therapy or photorefractive eye therapy (PRT) has been used for years by cosmetic surgeons and dermatologists to treat patients who have undergone major surgery, burns, cancer treatments, severe age-related macular degeneration and some forms of depression.

In the past, this type of therapy was limited to working on very dramatic cases where the effects would be life changing.

Recently, the technology has been improved upon and now can be used successfully on a smaller scale.

Doctors and scientists are exploring the potential benefits of using low level light therapy to treat patients with chronic diseases like multiple sclerosis, diabetes, heart disease and Alzheimer’s disease.

In Europe, LLLT is considered a valid form of complementary medicine, which means that it treats disease both conventionally and complementary.

The main idea behind low level light therapy is that it corrects genetic causes of disease, relieves pain, improves mood and energy levels, reduces signs of stress, stimulates the metabolism and improves circulation.

Photobiomodulation – What is it and How Does it Work?

Red light therapy or photobiomodulation can be defined as the generation of miniature blood cells, which are highly sensitive to blue wavelengths of light.

This method is similar to that of laser light treatment where the light energy strikes the target cells causing them to release a lot of oxygen and free radicals, which are good for healthy cells.

However, in this method, the blue light doesn’t directly hit the target cells as in laser light therapy. Instead, the blue wavelength is emitted by the probe that is attached to the probes that contain photoreceptors and these photoreceptors absorb the light.

These probe lights are typically found at the back of the eyes or in the manual where the retinas are located.

There are many benefits that are associated with the process. Since the photoresceptor cells absorb light in a different frequency, it allows the probe to generate the same response in the macula thereby helping to reduce the effects of aging on the skin.

This is because the probe only passes through the dermal layers and not directly on to the muscles thus avoiding damage to the muscles as well as slowing down the development of wrinkles on the skin.

This form of light therapy also helps reduce inflammation as it triggers the collagen in the skin to produce more collagen, which helps the skin to heal faster. This will ultimately allow the skin to have a more toned appearance.

In addition to this, deep penetrating red light therapy, which is also known as photobiomodulation PBM can also help reduce the appearance of age spots and fine lines.

It has been found that the macular cells which are responsible for seeing color in the macula are in a state of constant flux due to the fact that they are constantly receiving information from the environment around them.

As such, it is possible that through the use of PBM, these cells receive information about the surrounding environment and thereby change their production of pigmentation in response.

Deep within the dermal layers, the change in pigmentation can have dramatic effects on the overall appearance of the skin.

Benefits of Deep Penetrating Healing Light Therapy

The application of Deep Penetrating Healing Light to various skin issues is a new and innovative form of treating several ailments, including but not limited to sun burns, scarring, acne scars, minor cuts and bruises, cellulite, age spots, hyperpigmentation, stretch marks, and numerous other conditions.

This type of treatment has been scientifically proven to stimulate the production of collagen, elastin, and hyaluronic acid, resulting in a smoother, firmer appearance to the affected area. It also promotes the growth of new, healthy skin cells.

The greatest benefits of this type of treatment occur during the first five minutes or so of exposure, which allow for maximum penetration into the deepest layers of the epidermis. As you can see, there are many benefits to be derived from this type of healing light therapy.

One of the most compelling benefits of Deep Penetrating Healing Light Therapy is that it can provide much relief from major symptoms of minor skin ailments.

For example, a deep, red burn that has been stitched up or aggravated can be treated by applying this type of light therapy.

As this burns heal, the area is less irritated, and a more even surface is formed. Another example would be that of cellulite, which can make your legs and thighs feel like they’re on fire if left untreated.

By exposing the affected area to this type of healing light, pain and inflammation will subside, and a smoother surface is formed.

In addition to these amazing medical, proven benefits of Deep Penetrating Healing Light Therapy, it can also be used to help treat minor, easily treated skin ailments. For example, you can use this treatment to help heal minor wounds from falls or accidents.

This method of treatment is also effective in helping to heal minor cuts, bruises, and burns.

Effects of Deep Penetrating Light Including Red and NIR Shades

For a long time, the effects of deep penetrating light including NIR, red, and green wavelengths were not understood fully.

This is because most NIR and red light are not visible to the human eye, whereas green and blue light are easily perceived.

Now, with the invention of state-of-the-art imaging systems that include laser ablation and infrared lasers, it is possible to visualize the effect of these different colors of light on the skin.

This helps one understand the necessity of using certain skin care products that contain specific wavelength ranges for the prevention and treatment of certain skin ailments.

Red light, as the name suggests, emits deep red color, and this is one reason why this spectrum is predominantly used for treating burn wounds and minor injuries.

In addition to this, blue and yellow light have the ability to stimulate the production of collagen that improves the appearance of the skin and prevents wrinkles and fine lines from developing.

The wavelength of green light on the other hand is able to penetrate deeply into the skin to nourish and protect the cells that form collagen.

The infrared rays of green light also inhibit the growth of certain bacteria and fungi, which could eventually lead to an acne outbreak.

It is for this reason that the popular utilization of topical retinoids that contain vitamin A is popularly utilized in the treatment of acne.

Since blue and yellow light has the ability to penetrate the skin deeper than red light, it is primarily used for sun protection and wound healing.

The effects of deep penetrating light including NIR wavelengths are very important in maintaining good health as it is necessary for healthy hair, skin, and nails.

Since these lights do not produce any heat, it is known to be ideal for tanning. It is also used in the treatment of sunburn and other skin ailments.

The type of skin that is to be treated or healed may also affect the type of light that is used.

What Does the Sun Have Both a Positive and Negative Effect on?

Most of the sun’s UV rays are in the visible spectrum, and those rays are either UVA or UVB. Those rays are not “bad” rays by any means – they are merely the ones with the most UV energy. Blue light is the least damaging of all wavelengths. When a tanning bed is used, the UV rays are the main cause of discomfort on the skin, but those rays are also the main cause of pain to the tanning beds themselves. UVB rays (the rays responsible for creating a tan) are the rays that cause sunburn, while UVA rays cause sunburn on the outside of the body.

If you are exposed to UVB rays for an extended period of time, your skin can develop ulcers at the site of the burn. If you are not careful about which tanning bed to use, you could easily get burned.

There is some controversy surrounding the long-term health effects of UVB rays.

Some claim that overexposure to UVB rays causes cancer, while others point out that long-term exposure to UVB does not lead to malignant melanoma, as many people believe.

The question of what the sun’s UV rays have both a positive and negative effect on is a difficult one. We don’t really know what they do to us, but we do know that they cause certain health problems.

They may even play a role in the formation of pre-cancerous cells. Even so, those rays have become a much desired part of our modern world, and everyone wants to tan like crazy.

Deep Penetrating Healing Light Therapy For Better Health and Energy

Have you ever noticed the many people that have been treated with deep penetrating healing light therapy at the local clinic?

If so you probably would not be in any hurry to have your work done by such a practitioner. This procedure has been around for years but it has only gained in popularity in the last ten years. There is a good reason for this increase in popularity.

The cells in the body are held together by a molecular glue, this molecular glue is actually a protein that is called “Matrix Material”.

The tissue surrounding the cell membrane are also protein surrounded.

When the cell membrane ruptures or is damaged due to disease or some type of trauma, the function of the cellular glue is compromised, thus damaging the ability of the tissue to hold the cell back together.

This will affect how well the cellular function is able to keep up with the demands that it is under.

The ability of the tissue to heal itself therefore becomes compromised, as it can no longer keep up itself and repair the damage that is being inflicted on it.

The deep penetrating healing light therapy uses light energy from the blue spectrum into the damaged area of the tissue.

This penetrates deep into the tissue and produces an energy that heals the damaged area.

The results of this treatment can be seen immediately, the wounds in the treated areas begin to heal, and new tissue begins to grow in the treated area.

The patient may see some visible changes over time, the deep penetration healing light therapy has shown improvement in the area of pain, healing and new tissue growth.

LED Bulbs Shine Specific wavelengths of Light on Skin to Reduce Fine Lines

The use of LED (light emitting diode) bulbs in skin care has increased immensely over the last ten years or so. One reason for this is that the skin can only absorb certain frequencies of electromagnetic radiation and not others, which means that some wavelengths are missed.

By using infrared blue light therapy, you can target the areas where your skin is deficient in the ultraviolet radiation. You will not see immediate visible results, but over time the area of the skin that is deficient will start to heal. It is possible to use a variety of different wavelengths in different layers of the skin to improve the overall health of the skin.

LED bulbs shine nir wavelengths of light onto the skin because they convert all of the light energy output by using a semiconductor that has a high energy output.

When the semiconductor is excited by visible light, it emits a lot of infrared photons in the form of red light energy.

The red light photons have an extremely high energy output, which means that they can travel a long distance in the air, but they are absorbed quickly by most of the skin’s cells.

This means that they can take a very long time to reach the cells.

When an infrared pulse with a high energy level strikes the skin, the cell fires the cells up and starts to produce the needed amount of antioxidants in order to repair the damage.

Red near-infrared light works well with the collagen renewal process that happens at the root level of the skin.

When the collagen renewal process starts, you see the new skin growth and a reduction in wrinkles and fine lines.

By using LED therapy, you can increase the amount of red light photons that reach the skin, which helps to speed up the collagen renewal process. LED lights with a higher intensity to fall within the visible spectrum of near-infrared light, so you can use this type of therapy on near-infrared sensitive skin types without any problem.

What Does Light Have To Do With Our Circadian Rhymes?

We are often told that too much light can be dangerous to our health, but few people really understand what it means for our circadian rhythms.

Our body clocks its metabolism based on the amount of light it receives. We all need at least 8 hours of sunlight each day, but depending on where you live, this may not be the case.

A lack of natural light at night can disrupt our bodies’ natural circadian rhythms, resulting in poor sleep, increased stress levels and potentially more serious medical problems. As we age, our bodies naturally slow down their metabolic rate, which results in less sunlight for our bodies.

The result is that, although we may crave sunlight during these times, the amount of light we do receive does not allow us to fully rejuvenate.

There are many reasons why the amount of light may affect our circadian rhythms.

One reason is that our eyes cannot adjust to longer wavelengths of light, so exposure to yellow, red, or blue light has the same effect as direct sunlight. Another is that our circadian rhythms are affected by exposure to light at different times of the day.

Circadian rhythm dysfunctions can occur during shift work, altered work schedules, taking prescription drugs, or simply going to bed at an odd hour.

It seems that the answer to the question ‘what does light have to do with our circadian rhythms’ is ‘not a lot’. It is of course impossible to completely eliminate light from our lives, but by keeping a routine and avoiding too much of the ‘dark’ (that is, bright light) you can help your body clock your metabolic rate and thus regulate your internal environment.

If you feel better when you are exposed to sunlight during the daytime, then do so. Avoid artificial light at night, which can be just as bad. Try to go out in the garden at sunset or during a full moon to promote sleep and stimulate your circadian rhythms.

Effect of Light on Eye

The effect of light on the eye is caused by the reaction of retinal pigment epithelial cells to light. Photoreceptor cells in the eye consist of a layer of crystalline substance called the photoreceptor layer.

The photoreceptor layer is sensitive to certain wavelengths of light and the intensity of light that reaches the eye through these cells is called the visual light wave. In the normal functioning of eyes, the effect of light on the eye is produced when light rays whose energy comes from a different direction are absorbed and reflected by the epithelial cells and change their shape, which then change the visual wave that reaches the eye.

An example is when you look at an object that is far away with the sun behind it. Now let’s say that you are inside an apartment and there is a strong sunlight coming in from the window.

This strong light will cause the visual waves coming from the back of the eyes to bend and lengthen as it travels through the narrow passageways of the eyes. And due to this reason the light waves become longer than the usual.

These changes in visual wave that come out from the eye are called refractive errors, when conditions cause pupil contraction and the eyeball towards the near is displaced towards the far, resulting in blurred vision.

This is also one of the causes of myopia or hypermetropia.

One of the most serious eye problems that can happen to us is called astigmatism which occurs when the front surface of the eye is slightly irregular.

In some people, due to corneal muscles being misplaced, the eyeball is not properly focused when viewing objects, which is very inconvenient and disturbing at times.

Effects of Light on the Body Are Both Direct and Indirect Photochemical Reactions

The effects of light on the body are both direct and indirect photochemical reactions.

Direct effects of light on the body would be those which modify matter such as visible light, ultraviolet light or infrared light and then it either passes out of the body or passes through the body in the form of photons or radiant heat.

Indirect effects of light on the body are that which changes the physical structure of matter and also the chemical properties of the matter.

An example of a direct effect of light is the action of red light which relaxes a stiff muscle in a human body or changes the color of the skin or hair or changes the structure of an eye.

Indirect effects of light on the body are not immediately visible to the naked eye, but they are still there and may occur in the future.

For example, the absorption of energy photon by a pigment cell of a material changes the structure of that material and alters its physical structure.

The amount of change in structure can either be in the direction of the material or perpendicular to it.

The reaction of light with matter also has an indirect effect since the changes that light causes in matter often have other chemical reactions which also have an influence on the materials being changed.

Direct effects of light on the body are usually seen in the skin, eyes, and hair because the skin is the body’s largest organ and also reflects the light.

Direct effects of light on the body are usually very obvious and noticeable such as the appearance of freckles and acne on the skin.

Indirect effects of light on the body are less noticeable but still exist such as changes in color of the skin due to exposure to sunlight. These changes are not seen as immediately evident as the direct changes in the structure of matter but overtime they become more pronounced.

As we all know exposure to sunlight is essential for good health but prolonged exposure can lead to severe health disorders if not avoided.

What is Deep Penetrating Healing Light Therapy?

Deep penetrating energy healing is a form of energy healing that utilizes light to heal. The light is emitted from a laser or other external source and travels through the tissues until it reaches the injured area. This type of therapy has been in practice for many years, however it is new to the western world. Many practitioners feel that the traditional forms are too invasive and not beneficial to most injuries.

The therapy utilizes an array of different energies. Some utilize strong, pulsed-light, while others rely on a slower pulse of light. This can depend upon the condition of the patient as well as the severity of the injury. One of the advantages of using different types of energy is that some can be used to target specific pain areas.

For instance, someone with arthritis would require different types of energy treatments than someone with shingles.

The healing time varies based on the severity of the condition.

The goal of the therapy is to restore the body’s natural self-healing capabilities. It attempts to strengthen damaged tissue, remove toxins, and encourage the growth of new, healthier cells.

Deep penetrating healing is that it removes scar tissue.

This provides the patient with an instant lift, and therefore, less scarring. It also reduces swelling, which makes it easier for the patient to return to daily activities and sports. Many athletes use this method to relieve muscle pain and rebuild strength after a physical injury.

This form of healing has been used for years, even before the advent of modern medicine.

Patients have recovered from all kinds of physical and emotional conditions with deep healing light therapy.

Today it is used by chiropractors, physical therapists, osteopaths and other medical professionals.

Because the treatment is non-invasive, it can be very effective in treating a wide range of conditions.

For people who want a deeper healing and a faster recovery time, deep healing light therapy is definitely a good option.

Deep Penetrating Healing Light Therapy

It is common knowledge that most of us understand the benefits of deep tissue massage, but many people are unaware that there is another option available in the form of deep penetrating healing light therapy. Most people associate this type of massage with a chiropractor’s clinic, however, it can be used on either the spine or the extremities.

While most people use this therapy on their spine, they do not realize that it can also benefit the other parts of the body.

Many people experience chronic pain on the neck and shoulders, and this can make it difficult to get everyday activities accomplished. One of the most popular reasons for seeking this therapy is because of the pain felt in the lower back.

PBM: Adjunctive Therapy For A Variety Of Aesthetic And Medical Issues

A relatively new type of laser resurfacing called PBM has become popular as an adjunctive therapy for a variety of medical and cosmetic conditions. In its most common application, PBM is used to improve the appearance of pre-existing wrinkles in patients with deeper facial wrinkles.

In addition to improving the appearance of deeper facial wrinkles,

PBM has also shown benefit in addressing age-related pigment changes in the skin and reducing sun sensitivity. This type of laser resurfacing is different from the more traditional types of lasers used to resurface the skin because it penetrates the top layers of the skin before applying the corrective laser. Because of this feature, PBM is effective at correcting both sun-related and deeper facial wrinkles.

It is important to note that PBM is not appropriate for all skin conditions. Skin types and issues must be considered prior to PBM therapy.

PBM is typically used for people who are looking to have smoother and younger looking skin by improving the top few layers of the skin (including those that are often removed via surgical procedures) without affecting the thickness of the skin.

Through the use of PBM, these individuals are able to achieve the same results that can be achieved with more invasive procedures such as sagging skin, while enjoying a safer and more convenient treatment process.

When considering PBM, you should know that the two primary components are the non-ablative pulsed-light and the red light/ultraviolet (UV) therapy.

The non-ablative PBM uses wavelengths that do not penetrate the skin.

The PBM red light and ultraviolet lasers have the ability to penetrate the skin but are not absorbed in the same way that the other wavelength therapies are. Through the combination of these two therapy types, the fine lines and wrinkles on your face will eventually smooth out, making you feel better about your appearance.

Red Light Therapy Can Be Seen As a Cure Or a Treatment For Pain

When a patient comes to me for back pain, I ask them if they would like to try red light therapy. Most patients say “no” and that they are not very keen on any type of therapy to relieve pain. However, when I start explaining the benefits of the therapy and the potential for reducing pain and improving function for patients, I often find patients who are willing to consider the possibilities. In this article I want to look at how the red light therapy is used, how effective it is and whether there are any long term problems for some patients who use it.

Dealing With Chronic Pain, Fungus, Headaches And Other Conditions

Inflammation caused by the abnormal regulation of natural killer cell activity in the brain is one of the most serious consequences of chronic inflammation and the resulting chronic health problems like chronic fatigue syndrome (CFS), fibromyalgia and arthritis.

It is the body’s natural response to injury or disease that leads to a series of inflammatory events within the body that eventually cause the inflammation process to impair normal activity of the immune system. These symptoms are commonly seen in CFS and fibromyalgia patients, but the cause of the chronic fatigue syndrome is not yet known. However, researchers have identified a common factor in all patients with CFS-a deficiency of the nerve cells required for the immune response, known as the neurons that provide the guidance and control over the inflammation process.

In this treatment, small pulses of green light are sent to the affected areas via a special green light emitting diode or LED.

Deep light therapy technology has been proven effective in treating CFS, chronic fatigue syndrome, fibromyalgia and other inflammatory conditions by successfully correcting the inflammatory process underlying the health problems. The treatment is a non-invasive procedure and does not require surgery, injections or any major medical intervention.

It is important to note that Irvine light therapy is not a treatment for chronic inflammation-related diseases such as fibromyalgia and CFS. For these conditions, it is necessary to address the underlying problem or cause of the condition. However, Irvine technology is used widely by chiropractors and other health professionals to correct spinal misalignment in patients who exhibit symptoms of chronic inflammation.

For patients with chronic inflammation and other health conditions it is essential to seek consultation with a physician in order to determine if this alternative method of correction of the spine is right for you. It has been found that green light therapy is safe for most people but if you experience any sort of allergic reaction or unusual side effects, you may want to discuss your treatment with your doctor or health care provider immediately.

Why Is Red Light Therapy Often Used For Stimulating the Skin’s Metabolism?

Red light therapy is most often used for stimulating the health of the skin, but it is also used for pain relief during surgery and other painful procedures.

Because the skin’s health and collagen production are enhanced, the skin becomes more elastic and youthful-looking. The process also helps relieve some of the symptoms of aging, such as wrinkles, fine lines, and sagging skin.

As you age, your body also sheds dead cells and produces less collagen, so aging signs can appear more quickly than they would if your body was younger. Red light laser treatments can help to slow down the signs of aging, allowing you to enjoy younger, healthier looking skin.

Red light is most commonly used for stimulating the skin’s metabolism and healing properties, although it can also be used for other purposes.

This treatment has been known to help with skin cancer, acne scars, wounds, sun damage, and other skin issues. In addition, studies have shown that red light therapy can help improve the appearance of premature wrinkles and other facial problems. Some patients even claim that their skin looks younger after treatment with this type of laser.

You will probably need several treatments before seeing any visible results.

Combining Multiple Red IR LEDs For Optimum Light Output

Red Light Therapy is a revolutionary new medical treatment that utilizes the output of red nir (red) light to treat and heal cancerous tumors.

Red light can travel through tissue and reach cancerous tumors via the red channel, or photochemical process.

With this technology, cancerous tumors are exposed to ultra-violet light which is very effective in destroying cancer cells.

Using a combination of nir and red light therapies allows scientists to use red light to address a multitude of health issues including, but not limited to, photoaging, atherosclerosis, macular degeneration, skin aging, fatigue, pain, inflammation, sleep disorders, and energy disorders.

In addition, researchers and engineers are currently working on the development of red nir LEDs with the hopes of developing photo-sensory therapies for such ailments as blindness and diabetic retinopathy.

Red light therapy is also expected to have profound effects on aging skin tissues. This innovative treatment opens up limitless doors for medical advancements in years to come.

Is Deep Permeability Using Red and NR Light Therapy More Beneficial Than Blue or Green Light?

You may have seen advertisements that feature a person who has healed after just one session of deep, penetrating, non-ablative “red and green” light therapy, and you might wonder if such treatments are effective at all.

Deep, non-ablative red and yellow light therapies have been scientifically proven to be effective in reducing inflammation, which has been shown to be a major cause of scar formation.

Although the FDA has not approved nir light therapy as a cure-all for any condition, it has become the most widely used non-ablative light therapy, according to the American Society of Plastic Surgeons.

Many clinical studies have found that patients who have undergone deep, non-ablative light therapy have experienced improvements in their skin’s appearance, although there is still no approved clinical research to support the claims that the treatment provides actual benefits.

Deep, NIR Infrared penetrate the skin deeper than typical “green” or blue light therapy, which means that they can also penetrate deeply beneath the surface of the skin, into the dermis layers, where they can promote new cell growth and collagen production.

In fact, deep penetrating NIR Infrared rays can go as deep as the dermis in some cases, which is why it is important to choose the right wavelengths.

Do Tanning Beds Harm Our Skin?

It has long been suspected that ultraviolet (UV) rays from the sun don’t stimulate melanin production in the skin, but new research indicates that this is simply untrue. According to study co-author Dr. William Quenneville of the University of Colorado Denver Department of Dermatology, “thsomasial cells, which line the dermal layers and are responsible for melanin production, did not show a response to UV light.” Other studies have shown that melanin production does increase after exposure to UV rays from the sun. The increase in melanin production has nothing to do with the skin’s overall health or condition, according to Dr. Quenneville; he notes that his research contradicts prior findings that indicated that UV rays promote skin cancer.

Other research has shown that exposure to UV rays causes cellular damage, accelerating the aging process. This damage is similar to what occurs to the skin when we tan, and while previous research has shown that UV radiation increases risks for both premature aging and skin cancer, newer research indicates that the damage caused by UV rays also causes age spots.

While the debate continues on whether or not tanning booths actually cause age spots and other aging signs, one thing is certain: tanning booths may be more harmful than they otherwise appear to be.

Most Reciprocal Healing Light

Red light therapy is one of the most commonly used therapeutic light sources for acne treatment and has been used in the treatment of a wide variety of skin conditions including rosacea, eczema, psoriasis and many others.

Red light has a very strong wavelength which is emitted by the sun’s UV rays and can be safely used on virtually all skin types. The main benefit of using the red light treatment is that it stimulates collagen growth in the skin to prevent the formation of fine lines and wrinkles, which make the skin look old. Red light also promotes the formation of new skin cells in the epidermis, which reduces the appearance of fine lines and wrinkles.

Red light therapies have also shown promise in the treatment of various other skin conditions. For example, deep pore cleansing of the skin has proven to be effective in removing years’ worth of accumulated dirt and oil from pores. In addition to deep cleansing, many researchers have discovered that the wavelength of nir wavelengths can stimulate the growth of new skin cells.

The most therapeutic nir wavelengths range from 750nm to 850nm and penetrate to 5mm, which is greater than any other known therapy.

What Do Near Infrared wavelengths Range From?

How To Use Amber In Skin Care?

It is a well-known fact that Amber has strong wavelength. The violet-green light of the sun can penetrate to just above the violet limit of visible light, and Amber can bend light in the ultraviolet range as well. It is this property of strong color temperatures that make it an excellent light diffuser.

As I already mentioned, Amber has strong wavelength, which means it can penetrate to 3mm of thickness of human skin with ease. This property of penetration is what makes the yellow amber effective for cosmetic use. It can be used to soften wrinkles on your face, or even use it to hide blemishes on the hands. The warmth of the light from Yellow Amber can also relax the muscles and make one feel more relaxed.

Amber is one of the best remedies for all sorts of aches and pains. You can use it as analgesic, and it acts as a very efficient muscle relaxant as well. One of its major properties is that it can penetrate deep into the skin, thus acting like an antibiotic. It works miracles for aching joints. It is also a very powerful anti-irritant. People who suffer from skin problems should try this natural wonder.

How Green wavelengths 500nm to 570nm Penetrate to 2mm of Your Skin

It has been scientifically proven that green light or visible light penetrates further into the skin than other wavelengths. When an object is absorbing green light, it will have a slightly yellow appearance, whereas if the same object were absorbing infrared rays it would have a bluish or white appearance. Because of this absorption process the skin can be made lighter and paler in color.

The longer wavelength rays which include the red, orange and yellow are the ones that are most effective when penetrating the epidermis.

These wavelengths absorb into the skin much deeper than the green light. A good example of using these wavelengths to heal the skin involves exposure to ultraviolet light.

The skin will begin to warm up and within a few days you will begin to notice improvements in the tone of your skin. In fact, the very first healing step will generally include exposure to ultraviolet light.

It is important to note that exposure to infrared light will not have the same beneficial effect on a patient as exposure to green light.

Can Blue Light Be Harmful to Your Skin?

The sun’s blue rays have long been known for their ability to heal and stimulate the skin. In fact, our skin benefits from approximately two thousand hours of exposure to the sun’s rays each day. This is why most people find that they need to expose their bodies more often than other skin colors do. However, many of us still do not know whether exposure to too much blue light can actually cause a certain type of premature aging to take place or if it is just an innocent bystander effect.

Two of the most common effects of overexposure to blue rays are cataracts and macular degeneration.

These two conditions are both caused by the same process, the oxidative damage caused by the ultraviolet rays in sunlight.

The difference is that the damage caused to your skin by these rays is not always reversible.

Since the skin cannot repair itself very well, the only way to make up for this is by using a form of protection that has been found to reverse the damaging process that is responsible for these two common age related problems.

In fact, it has even been discovered that chronic overexposure to sunlight can be very similar to the effects of past traumas on our bodies. This is why most athletes will sport sunburned areas on their foreheads and necks.

Importance of Blue Light in Marine Biology

The visible light or the “blue” wavelength is a form of electromagnetic radiation with the lowest frequency being around 450nm.

In the human body, blue light is the most significant form of light that we can perceive.

This wavelength penetrates the dermoepidermal layer in our skin and hair, causing a warming sensation as the blue waves cross the skin. The human body uses all wavelengths of the visible light spectrum; hence it is not difficult to understand why blue light is the most important form of light for our eyes.

A major advantage of blue wavelength light is that it is extremely effective in destroying biological contaminants such as viruses, bacteria and fungi.

It also has great anti-inflammatory properties which may benefit people who suffer from arthritis and similar joint pain.