Harnessing Neuroplasticity to Restore Function

Let’s talk neuroscience! 

I first met Garrett when I heard that Dr. Terry Wahls was presenting at Neufit's headquarters in Austin TX. This was the second time I had heard of Neufit that month, and Terry is a friend and colleague who I am a huge fan of. Dr. Wahls’ innovative approach to treating the physical ailments that come with neurological autoimmune conditions like MS is unparalleled, and she is a walking, talking, and bike riding example of the power of nutrition and functional movement in overcoming debilitating conditions.

So what is it about Neufit that earned Terry Wahls’ support? 

Neufit is a method that uses electrical stimulation (e-stim) to effect neuroplastic change and to enhance and restore function to the body. But the e-stim device used by Neufit (Nuebie) is no ordinary e-stim device. 

Most e-stim devices, like transcutaneous electrical nerve stimulation (TENS) machines, use alternating current (AC)... mostly to reduce the sensation of pain. But I took a course on human physiology, and I knew that the human nervous system operates on its own intricate electrical system based on the movement of charged particles ions across cell membranes… 

and the electrical signals in our bodies are based on direct current (DC). 

This is literally in contrast to alternating current (AC), which is constantly changing direction. The Neubie, which stands for "neuro-bio electric" stimulator, uses direct current (DC) to effectively put neuroplasticity on steroids, especially in the peripheral nervous system.

After the presentation, I spoke with Dr. Wahls, and she introduced me to Garrett Salpeter. Garrett is the owner of Neufit creator of the Neubie device. As we talked about neurology, I was blown away his knowledge of principles of neuroplasticity.... principles that had been instrumental in my recovery from brain injury. And his application of these principles with the Neubie device and the Neufit method is phenomenal. He is absolutely passionate about using principles of neuroplasticity to help people to live healthier and happier lives through increased mobility and abilities.

When external AC electrical stimulation is introduced to the human body, it can interfere with the normal bioelectric function in a few ways:

1. Interference with Nervous System Signals: The introduction of AC electrical stimulation can disrupt the natural electrical signals within the nervous system. This interference can cause confusion or misinterpretation of signals by the body, potentially leading to abnormal sensations or unintended muscle contractions.
2. Changes in Cellular Membrane Potential: The electrical stimulation can alter the normal electrical potential across cellular membranes. This can affect the balance of ions and disrupt the normal functioning of cells, including those involved in nerve conduction and muscle contraction.
3. Unintended Muscle Contractions: AC electrical stimulation can trigger muscle contractions in an uncontrolled or inconsistent manner. This can lead to discomfort, muscle fatigue, or even muscle damage if not properly managed or applied.

While AC electrical stimulation devices can be beneficial for certain therapeutic purposes when used appropriately, direct current (DC)  .