Diabetic neuropathy is a condition that can lead to pain in your feet. It's caused by nerve damage due to diabetes, which makes it difficult for the body to heal itself and repair the nerves there. This generally leads to chronic and persistent pain.
There are many treatments available, but LED light therapy is definitely worth trying since it has been shown to help alleviate diabetic neuropathy in feet with minimal side effects. Here, we'll go over the basics of diabetic neuropathy and outline how this innovative technology works for those who suffer from this painful condition.
So, let's get started!
What is Diabetic Neuropathy?
Diabetic neuropathy is a general term used to describe any kind of nerve damage experienced by those with diabetes. The condition arises due to high glucose levels which lead to cell death and can cause significant pain, numbness or tingling in the feet, as well as other symptoms where blood flow has been impeded.
Red Light Therapy Helps with Neuropathic Pain
Interestingly, NASA developed red light emitting diodes for space travel and the military. In space travel, it was developed to help plants grow faster. For the military, The WARP 10 was designed to help the armed forces give immediate first aid care for pain and minor injuries and provide quicker and safer healing.
It is now used for a variety of conditions among consumers, including wound care and pain relief.
Red light therapy uses LEDs with lower wavelengths to promote cellular growth and healing through its anti-inflammatory properties. This functions to heal tissue, which in turn, alleviates the pins and needles and burning pain experienced by patients with neuropathy in their hands and feet.
Why Red Light Therapy for Neuropathy in Feet?
Red light therapy treatment works by using low-level red wavelengths of light to treat pain. It is known for being super effective, straightforward and painless. This type of light therapy uses non-invasive and drug-free treatments to promote cell growth in the body. This process takes place through its anti-inflammatory properties, which work to heal tissue and alleviate symptoms of painful conditions such as diabetic neuropathy in the feet.
Add Red Light Therapy to Your Treatment
If you've been recently diagnosed with diabetes, you know that diet, exercise and other lifestyle changes can immensely help with the condition. Additionally, you do not need to be experiencing symptoms of neuropathy to benefit from LED Light therapy.
For instance, you can use the device to stimulate the production of cells and improve blood flow in your feet whether you have neuropathy or not. The special lights of red light devices work by penetrating into foot tissue deep below the skin.
What Can I Expect from Using an At-Home Device?
Studies show that using an at-home device with light therapy can offer relief to people suffering from diabetic neuropathy symptoms in their feet, including pain and discomfort caused by the disease or nerve damage related to it.
In addition, at-home devices offer safe and effective treatment over time in order to alleviate the symptoms of neuropathy. In as little as 20 minutes a day, you can begin to experience relief from your pain and discomfort. It's important to use these devices every day for the best results.
In order to treat both feet simultaneously with an at-home device, you'll need one that is double-ended or large enough in size to rest both feet on.
Bright Health’s Infrared Light Therapy for Neuropathy
Bright Health’s Red Light Therapy Foot Pain Relief Device offers an innovative and effective way to treat your foot pain due to neuropathy. The device allows the light to penetrate the entire foot while interchanging IR and Red LEDs to ensure the perfect therapeutic placement.
Our device is also the most advanced at-home model on the market. It has an extra-large design to accommodate both feet at once, giving you double the coverage with your treatment in half the time! This system uses FDA-cleared low-level light therapy technology that is safe and effective for relieving aches related to neuropathy.