Functional Neurology

The clinical science of neuroplasticity

 

“I have been struggling with dizziness, balance, and all other vertigo-like symptoms for over a year now and in just one session with Dr. Leopold, I noticed a significant difference. After going through multiple doctors, getting an MRI, I finally found relief with Dr. Leopold. He knows exactly where to work and how to correct it. Not only is his work and knowledge incredible, he makes you feel very comfortable. Working with a professional who actually wants to see you get better is so exciting. The last session I had with Peter, I drove home in tears because I had an overwhelming amount of gratitude for him and his work. I could actually turn my head and move my body in a way that didn't cause pain or make me feel like I was spinning. Being only 26 years old and not feeling well and having doctors tell you "you're fine" when you don't feel fine is scary. I feel so fortunate to have found Peter as it feels like I am gaining my life back!”

V.V. - Public Health Nurse

 

Functional Neurology uses non-invasive rehabilitation strategies to manipulate the cells and connectivity of specific areas of the nervous system.

Using the principles of Neuroplasticity Dr. Leopold is to be able to positively change both the brain’s function and structure to improve symptoms and functional limitations. Functional neurology utilizes a variety of evidence-based technologies and a deep understanding of neuro-anatomy to increase and enhance human function.

Photobiomodulation

Also known as low level light therapy, or “cold laser”, a class 3 medical laser is used to increase the metabolic activity of certain cells.

Red and infrared light is absorbed by certain enzymes within the mitochondria and has been shown to

  • Increase ATP production

  • Stabalize cellular membrane

  • Stimulate vasodilation

  • Increase anti-inflammatory processes

  • Decrease free radical production

  • Enhance lymphocyte response

  • Induce axonal sprouting and synaptogenesis

 

Neuros SensoriMotor Integration Training

Using a 50 inch HD TV and interactive touch screen, the NSI-R is a multi-sensory system incorporating eye-hand coordination with cognitive processing and balance tracking to help improve these abilities and promote mental acuity.

The programmable instrument offers activities to address: Pursuits, Saccades, Eye-Hand Coordination, Visual Reaction Time, Speed and Span of Recognition, Visual Balance Integration, Ocularmotor Skills, Visual Motor Skills and Neuro-Cognitive Skills.

 

Balance Tracking Systems

BTrackS™ Assess Balance software is used by healthcare professionals and researchers to objectively assess and training an individual’s balance over time.

Applications include:

  • Fall Risk Assessment

  • Normative Balance Screening

  • Vestibular Disorder Evaluation

  • Biofeedback-based Balance Training

  • Neuro-Optometric Rehabilitation

  • Asymmetric Weight Distribution

  • Neuropathy Balance Disruption

  • Traumatic Brain Injury

  • Neuromuscular Re-education

  • Orthopedic Evaluation

 

Transcutaneous Vagal Nerve Stimulation

Using light electrical stimulation to the auricular branch of the vagus nerve, we are able to ativate the parasympathetic nervous system which may impact various areas of health including:

•Immunity

•Digestion

•Stress levels

•Hormones

•Respiration

•Heart rate

•Decrease inflammatory markers in the blood

•Decreases intestinal permeability

 

Vestibular Rehabilitation

Balance, posture and spatial orientation are all component of the vestibular system, the “gyroscope” of the inner ear which senses gravity as well as angular and linear acceleration of the head. Dizziness, vertigo, BPPV, neuronitis and vestibular migraine are symptoms of dysfunction and lack of integration of this system. Dysfunction here can even contribute to neurobehavioral disorders, anxiety, depression and other mental health disorders.

Specific rehab exercises involving eye, head and neck movement can isolate and strengthen weak neural networks which are component of the vestibular system.