Throwing light on Red Light: An Interview with Joe Hollins-Gibson the ‘Red Light Man’ – Part 2
Emma: How does your red light device compare to or differ from the red light apparatuses used in skin clinics for beauty treatments?
The most unique feature of our lights compared to others are the specific wavelengths used. Every major red light therapy provider uses the common wavelengths of 630nm, 660nm and so on for their products. These are just the cheapest and most readily available wavelengths in terms of LED technology, and while still somewhat effective, aren’t optimal in terms of biological stimulation. We know from the T. Karu et al studies (see here) that the peak wavelengths in the red range are closer to 615 nm and 675 nm, and light at these wavelengths is up to 40% more efficient at biological stimulation than your standard red lights. In the future all light therapy products will focus on these ranges, as the mainstream catches up with the science, but for now we are the only ones targeting the optimal wavelengths.
Single wavelength vs multiple
In addition to this, most clinics and other devices are using monochromatic light, meaning they only focus on a single wavelength for the whole device. For example you can find LED panels and lasers that only output 660 nm light, with every single diode being the same. While there are still benefits to this type of monochromatic build, studies are showing that combination lights that target more than one absorption peak may have a more beneficial effect, which is what you’ll find in most of our products. We still offer monochromatic devices though, if you want to perfectly replicate some effective study conditions at home. (More on penetration of wavelengths here.)
It’s also worth mentioning the practical difference between having your own light therapy device at home vs going to a clinic every time. First of all the cost is a lot cheaper staying at home. Clinics are notorious for charging a fortune which makes little sense when buying your own premium high powered device costs about the same as only 2 or 3 clinic sessions. Clinics are also only open at normal business hours in general – the same hours most people are themselves working.
Emma: For localised benefits to the skin, how do you recommend red light to be used (how close to the face for example, for how long, and any other tips).
Joe: For using a red light device on the face, I recommend using one at 0 – 30 cm from the face for 2 – 20 minutes, depending on distance. This can be done every day, even several times a day for general use. It’s especially helpful to use the light as soon as possible after things like excess sun exposure, shaving, showering, cuts/bruises, city pollution exposure and even irritating makeup use.
As the red light is intensely bright, you can use red light blocking glasses to shield the eyes if you want to. Infrared light also works well for using on the face, since it doesn’t stimulate the eyes.
Emma: And for more general systemic benefits?
Joe: While most low powered light therapy devices, including low level lasers, have a mostly local effect wherever they are applied, it is possible to get beneficial systemic effects. There are a few ways to achieve this, such as:
- Longer exposure – applying the light for a much longer period of time. This ensures that enough light energy penetrates deeply into the body.
- Specific exposure – Targeting key areas of the body with light enables systemic effects. The thyroid gland in the neck (pictured below) or testes in men are two examples. (Study link here regarding benefits to the Thyroid).
- Stronger light – using high powered devices such as our red or infrared light device can project a good strength of light over a wide surface area of the body.
There are several potential mechanisms for systemic anti-stress effects. Using on specific glands of the body improves hormone production in those glands, which are passed to the rest of the body via the blood. The blood itself is also a vehicle for the benefits. Red blood cells themselves actually don’t have mitochondria, but platelets, white blood cells are other components do. Some studies have been done where the light is applied to a vein on the side of the neck or other area, resulting in positive outcomes elsewhere in the body such as improved female fertility (study link here). Even bone marrow is a proven carrier of benefits, as studies show applying light to bones in the feet and legs can improve heart health and speed up healing in other areas. Infrared light is perhaps better than visible red if you are looking for general systemic benefits as the penetration rate through tissue is greater than red.
Emma: For someone with no major health concern, how can light therapy be of benefit to them?
Using light for general health
Even for people without a specific ailment, red/infrared light therapy will improve quality of life and wellbeing, in addition to first aid uses. It’s fairly similar to if you improve the quality of your diet, make an effort to get more sleep, or reduce work-related stress – you can expect to simply feel better and be happier in general. This can have an effect on those around you and ultimately leads to a better life.
Quality of life
Improving energy production and reducing stress with light therapy, much like other positive lifestyle choices, enables your body to function optimally, leading to better; mental function, sexual function, exercise performance, strength, endurance, digestion, longevity, sleep and several other daily life type things.
Using a red/infrared light first thing in the morning and before bed is a good protocol for general anti-stress effects. Using after any sort of injury or just randomly throughout the day is good too.
In addition to the anti-stress effects, I also consider red light as an essential first aid device too. Any time you get a cut, sunburn, skin irritation (from any source, i.e shaving, body hair removal, harsh chemicals, etc.) and any sort of minor/serious injury, it’s great to have a red light handy. It cuts the pain and inflammation down, kick starts the healing response, and ensures speedy healing without scar tissue.
I have no doubt that sources of red/infrared light will be built into our houses in future, to give passive exposure in places like showers, beds, even in our cars.
Emma: Nutritionally, you advocate the kind of way of eating that I also recommend. In terms of general skin benefits (regulating collagen production, increasing/preserving elastin, promoting cell turn over, etc.) what do you see to be some of the most important dietary factors?
Joe: Like you, I try to base my diet on the same principles as what I aim to gain from light therapy – that is to reduce stress and improve energy production in the body. Having said that though, the field of nutrition and diet is one of the most complicated and least understood areas of modern science. I fully expect to reassess my opinion on certain foods in the future. As a society we probably know more about quantum physics than we do about diet.
It doesn’t help that people are very emotionally attached to their diets, with certain foods being very polarising. Sugar, salt, saturated fat, cholesterol and such are all examples of what I mean. There’s a strong bias in society towards the status quo of conventional nutrition wisdom, which unfortunately seems driven by marketing and is very slow to change. Governments, big business, doctors and educational establishments all reinforce the bad advice (and sometimes good advice) in a very authoritarian way, without empowering an individual to self-educate. I’m talking whole grains, ‘cholesterol-lowering’ margarines, low-salt or low-fat foods, no-added-sugar foods and so on.
If I was to recommend specific dietary factors, it would be to consume foods containing enough glucose (fruit, sucrose) and protein (dairy, fish, etc) and avoid foods containing liquid oils. I think an even split between carbs/protein/fat is desirable for the average person, with a lowering of fat if you have a good metabolism and want to lose weight.
See Part 1 of our interview here.
* A note about Infrared Saunas:
I get asked often about Infrared saunas, if they’re good and which ones to use or purchase. Generally speaking, most infrared saunas are all / mostly far infrared. Then I came across this brand Sauna Space.
Here is an excerpt from their website:
How do Infrared Saunas work?
All saunas have the same goal: to raise your core body temperature enough to jump-start its natural healing processes. Traditional saunas use steam, fire, or electric heaters to make the air in the sauna hot, which eventually heats up your body from the outside in. Infrared saunas tap into the science of light to help you sweat faster and more comfortably.
Near infrared saunas
Unlike the traditional methods, near infrared (NIR) light works with your body’s biology to create radiant heat—from the inside out. By using near infrared’s shorter wavelengths in a way that mimics natural sunlight, the light penetrates deeply to raise your core temperature faster.
Near infrared saunas give you:
- Ultrafast heat therapy
- Comfortable air temperatures
- Built-in light therapy
- Faster sauna sessions
Far infrared saunas
There are many far infrared (FIR) saunas on the market, but these longer wavelengths are absorbed by water, which means they won’t get past the water in the surface layers of your skin. If your sauna relies primarily on FIR, it may take longer to raise your core body temperature.
Another drawback of far infrared saunas is the lack of light therapy. Our bodies don’t have receptors for far infrared light. To remedy this, some brands will add LED light therapy panels, but the combination of these approaches still doesn’t match the effectiveness of how infrared light works in nature.
The perfect combination
By bringing these two therapeutic approaches into our meticulously engineered saunas, SaunaSpace helps people enjoy relief, relaxation, and wellness at its best.
The Luminati full spectrum Infrared Sauna from Sauna Space
They’ve offered my readers 5% off with code: TNC5
Disclaimer: My posts are not meant to be individualised treatment plans, protocols, etc. I share what I research and use, and that is it. They are meant to spark thought based on the normal anatomy, physiology and biochemistry of the body. The information contained in this blog should not be used to treat or diagnose disease or health problems and is provided for your information only.