How the Brain can be Rewired Using Neuromodulation Therapy
One of the biggest challenges those living with multiple sclerosis (MS) face is difficulty walking. Difficulty walking is also known as “gait deficit.” In MS, gait deficit can happen because MS damages sections of the brain responsible for motor functions. This can affect how we move around and perform simple, yet significant, everyday tasks, such as going to the mailbox or taking out the trash.
Learn more about how MS impacts the brain:
This can be very overwhelming for those who have been diagnosed with MS. However, did you know that there are therapies that can help the brain form new pathways to improve function. The process is called neuroplasticity.
Neuroplasticity is the ability of neural networks in the brain to change through regeneration and/or reorganization. When the brain receives a stimulus, it can, with adequate and consistent repetition, “rewire” the brain. In other words, this is what happens when we learn something new. Neuroplasticity takes place every day. Such as when a student learns their multiplication tables through a song, or a pianist practices the same composition. Through consistency and repetition, these tasks make the brain form new pathways, and eventually learn the movements to perform Bach’s Fugue or that 2×2 is 4.
This process can also be used for physical skills. How do you learn to ride a bike? You practice maintaining your balance, holding the handlebars, and using the brakes, until it clicks. Until your feet hit the pedals and your brain immediately knows what to do. Congratulations! By learning to ride a bike, you promoted neuroplasticity.
Think of it like avoiding a blockage in a canal. The waterway acts as the neural pathways to the brain, and the block is preventing the brain from functioning in a certain way. Over time, the water will carve out a new path, routing away from the dam. Soon, the water will flow strong once more, able to travel freely through the canal. Or, in this case, the nervous system.