Movement and the Brain with Dr. Dominic Fetterly

You know movement is important, but today we're going to find out just how important with Dr. Dominic Fetterly of the NeuroLIFE Institute in Marietta, GA.

In this episode we cover:

1. The importance of movement on the brain

2. How much movement does our brain really need to work optimally

3. Which kinds of movements are best for the brain

4. How much movement is maybe too much

From a young age, Dr. Fetterly had been interested in traumatic brain injury and neurological rehabilitation due to his own injury list. Having suffered multiple concussions through childhood and sport injuries, traumatic brain injuries of his own led him to seek information. His personal experience prompted his interest in the realm of functional neurology and brain health. Dr. Fetterly attended the University of Toledo, receiving his Bachelor of Science in athletic training. While in school he worked as a rehabilitation technician at the University of Toledo Medical Center’s inpatient medical facility. After graduating from the University of Toledo, he attended Life University to obtain his doctorate in chiropractic. Dr. Fetterly became a board-certified chiropractic neurologist through the American Chiropractic Neurology Board in 2018. Dr. Fetterly practices in Marietta, Georgia at the NeuroLIFE Institute on Life University’s campus.

NeuroLIFE Institute is located in Marietta, GA and their mission is to restore and optimize brain and neurologic function using non-drug, non-surgical approaches that utilize the body’s innate capacity as a self-developing, self-maintaining and self-healing organism. We have a dynamic revolutionary applied clinical neuroscience approach that utilizes emerging technology and innovative thought to maximize your neurologic potential and improve your quality of life.

This podcast is brought to you by Delta Neuro Health, an integrative health care clinic in Columbus, OH dedicated to individualized and non-invasive care for patients who are struggling with neurological conditions that have 'fallen through the cracks'.