Red Light Therapy Byron Bay

Red light therapy research that focuses on skin benefits has revealed how effective this treatment can be for skin health. When red light is used in the range of 630-660 nanometres, it helps stimulate fibroblasts. These cells are crucial as they generate collagen and elastin, which contribute to youthful skin. In a 2014 study featured in Photomedicine and Laser Surgery, researchers conducted a controlled trial where participants underwent 30 LED treatment sessions. Improved skin complexion and skin elasticity were observed, with a significant increase in collagen content. Participants also reported reduced formation of fine lines and improved skin condition.

Where acne is concerned, each colour of light brings its own value to the treatment process. Blue light takes care of the bacteria that cause acne breakouts, while red light helps decrease inflammation in order to heal active acne. Through light therapy, increased blood flow will help lessen redness and skin regeneration in the interval between procedures. When it comes to skin conditions such as pigmentation and age spots, however, it may take several months of treatment before any significant results can be achieved.

Near-infrared light, especially wavelengths between 800 and 850 nm, can penetrate deep enough to stimulate muscles and joints. This has led to exciting studies about recovery techniques. A study published in 2016 in Lasers in Medical Science analysed various controlled trials on photobiomodulation. Results were positive in that using light therapy before and after exercising decreased indicators of muscle damage and increased recovery times.

Proposed methods consist of reducing oxidative stress on muscles during exercise, improving blood flow through the release of nitric oxide, changing the body’s inflammatory process, and increasing ATP in muscle cells. For individuals who are constantly dealing with joint pain or sore muscles due to working out, red light therapy presents a simple solution.

Some studies suggest that exposure to red light in the evening may shift the activity of the parasympathetic nervous system, aiding in falling asleep, especially when it replaces blue-heavy lighting before bedtime. A few small studies have also observed that morning exposure to red light might enhance mood and emotional stability, though the number of participants in these studies is limited.

What we can say for sure is that most people feel more relaxed after the experience, having slept better that same night. The question remains whether it is the result of the effect of light or simply due to lying down quietly for 15 minutes, but the result is good enough.