A Combination Of Therapies Including Exercise

Many people who suffer from neuropathic pain experience chronic and debilitating symptoms that are often difficult to treat. These symptoms may include burning or tingling sensations, pain that radiates from one part of the body to another, and/or weakness in muscles that is caused by muscle atrophy. These symptoms can affect a person’s quality of life and limit their daily activities, such as walking, driving, or completing household chores.

Research has shown that a combination of therapies including exercise, nutrition, and medications can help improve the pain associated with neuropathy. Fortunately, there is an effective treatment option: infrared light therapy. Infrared light, which has wavelengths that penetrate deep into the skin, can stimulate cellular-level healing to address the root causes of neuropathy and alleviate neuropathic pain.

The benefits of infrared light Comparing Infrared Laser Therapy are based on the fact that it promotes a natural cell-level response to restore nerve function and improve sensation. When infrared energy reaches cells, it activates the photoreceptors and stimulates the production of adenosine triphosphate (ATP). ATP is the cell’s energy storage system, which is often depleted in parts of the body affected by neuropathy. It also promotes fibroblast growth. These are the cells responsible for creating a sheath around nerves and other tissue, which is crucial to improving and maintaining a normal functioning nervous system.

Lastly, infrared energy encourages the production of nitric oxide. Nitric oxide is a powerful vasodilator that allows blood vessels to relax, allowing more oxygen and nutrients to reach the areas of the body affected by neuropathy. Nitric oxide also helps reduce inflammation, a major contributor to neuropathic pain.

While there are various causes of neuropathy, most cases involve a loss of sensation in the extremities. Studies show that monochromatic infrared heat (the type of far-infrared light used in dpl) can help to restore this lost sensation in patients with peripheral neuropathy by stimulating the regeneration of nerve cells.

In addition to promoting protein synthesis, which plays a key role in regenerating nerves and restoring normal nerve function, FIR heat can also help by stimulating the activation of a molecule called cytochrome C oxidase. This is a critical enzyme that is involved in the production of adenosine triphosphosphate (ATP), which provides cells with energy.

Infrared heat can also enhance axonal transport, which is the movement of essential molecules along nerve fibers called axons. Enhanced axonal transport can result in better nerve function and increased transmission of nerve impulses, which is vital for normal nerve function. Research has demonstrated that both red and near-infrared (NIR) wavelengths of light can improve axonal transport. Choosing a device that offers both red and NIR wavelengths will maximize the therapeutic effects of this technology.