Health

Red light therapy has gained significant popularity, particularly in the realm of skincare. Here are some skin and hair issues that red light therapy may address:

Lines and wrinkles: Research suggests that it may stimulate collagen production, smoothing out moderate lines. However, for deeper wrinkles, additional treatments like laser therapy may be necessary.

Acne: It helps decrease inflammation and combat bacteria, both contributing factors to acne formation.

Redness: Despite its name, red light therapy can actually reduce redness by decreasing inflammation in the skin. 

Hair growth: Red light therapy also shows potential in addressing hair loss. By reducing inflammation and promoting better blood flow to the scalp, it enhances oxygen and nutrient delivery to hair follicles. 

 Ongoing research is shedding light on the potential of red light therapy to alleviate pain and inflammation associated with various chronic conditions. 

There is a specific protein on the surface of neurons that, upon absorbing light, diminishes the cell's ability to transmit or perceive pain signals. Previous studies showed it may be beneficial in managing neuropathy, a type of nerve pain commonly associated with conditions such as diabetes. Using a high-quality, full-body red light therapy device, like the one at Contour Reston, to get the best possible benefit.

Red light exposure has the potential to activate mitochondria, the cellular powerhouses responsible for generating energy. This activation prompts an enzyme that increases ATP production, the primary energy source for cells. A study published in April 2020 in Frontiers in Sports and Active Living suggests that this process ultimately benefits muscle growth and repair.

Furthermore, research in AIMS Biophysics suggested that pre-exercise treatments with red or near-infrared lights may improve muscle performance, accelerate muscle healing, and alleviate post-workout pain and soreness.

An emerging potential advantage of red light therapy pertains to brain health, involving the application of light to the head via a helmet.

There are compelling studies suggesting that photobiomodulation treatments could enhance neurocognition. According to an article published in the Journal of Neuroscience Research, it might not only mitigate inflammation but also enhance blood flow and oxygen supply, facilitating the formation of new neurons and synapses in the brain. This could prove beneficial for individuals who have experienced traumatic brain injuries or strokes.

Red light therapy offers a versatile approach to enhancing healing, ranging from skin to oral wounds. In such scenarios, red light is applied to the affected area until complete healing is achieved. It is thought to enhance cell function, reduce inflammation and pain, promote tissue regeneration, and stimulate the release of growth factors, among other benefits, thereby expediting the healing process.

Evidence suggests its efficacy across various applications: a small study showed that it can assist in closing diabetic foot ulcers when used alongside standard care. In addition, to other studies on its application in treating burns and wound healing following oral surgery. 

Chemotherapy or radiation therapy can lead to oral mucositis, characterized by pain, sores, infection, and bleeding within the mouth. However, a review found that red light therapy has the potential to prevent or treat this painful side effect of chemotherapy.

Moreover, red light therapy is being studied as a potential future cancer treatment due to its capacity to stimulate the body's immune response or augment other anti-cancer therapies in targeting cancer cells.