Unlike traditional neurology, which primary evaluates structural lesions and disease, functional neurology assesses how dynamically the nervous system operates—identifying functional imbalances so that we can use appropriate exercises to train them back into shape.
Targeted Neuroplasticity
Precise Diagnostics
Non-Invasive Therapies
We leverage specific sensory, motor, and visual stimulation to strengthen weakened neural pathways and restore seamless brain communication.
Detailed functional testing maps eye movements, autonomic regulation, balance, and proprioception to pin down precise areas of dysfunction.
No surgery or pharmaceuticals: Functional appropriate exercises designed to target specific parts of the brain to cultivate healing in those regions.
Restoring balance across the entire neural axis
By viewing the brain and body as an integrated, adaptable system, functional neurology offers answers for lingering symptoms that standard imaging often misses—ranging from vertigo and post-concussive brain fog to complex persistent pain.
As the brain's highest integration hub, the frontal lobe coordinates complex cognitive pathways, refined physical movement, and autonomic stability—forming the key focus of targeted neuroplastic rehabilitation.
Executive Processing & Focus
Motor Planning & Coordination
Autonomic & Behavioral Control
Controls working memory, decision-making, spatial planning, and sustained cognitive focus required for fluid daily problem-solving.
Initiates voluntary movement patterns and interfaces directly with the vestibular system to maintain balance and eye-tracking control.
Modulates brainstem autonomic centers to regulate stress responses, emotional grounding, and healthy neurological inhibition.
Assessing Your Frontal Integrity
Through specialized eye-tracking diagnostics, gait analysis, and cognitive testing, functional neurology pinpoint subtle frontal lobe imbalances to restore clear communication across your entire nervous system.
Located directly behind the frontal lobe, the parietal lobe serves as your nervous system’s primary spatial navigation and sensory integration hub—continually synthesizing touch, position, pressure, and environmental geometry.
Somatosensory Cortex Integration
Spatial Awareness & Navigation
Proprioceptive Body Ownership
Translates tactile sensations—temperature, pain, touch, and vibration—into meaningful neural signals, allowing you to interpret texture and physical contact accurately.
Constructs a dynamic 3D mental map of the space around you, enabling effortless movement through doors, depth perception, and distance calculation without conscious thought.
Maintains continuous feedback from joints and muscles so your brain knows precisely where every limb is positioned in space, essential for fluid balance and motor planning.
Clinical Relevance in Functional Neurology
When parietal integration is disrupted—whether from concussion, peripheral neuropathy, or sensory mismatch—patients often experience subtle clumsiness, chronic dizziness, spatial disorientation, or limb heaviness. Targeted neuroplastic therapies can retrain these somatosensory pathways to restore confident, natural movement.
Located along the sides of the cerebrum, the temporal lobes translate raw auditory signals into meaningful language, anchor long-term memory, and regulate autonomic tone through direct limbic system connections.
Auditory & Speech Decoding
Memory & Context Integration
Limbic & Autonomic Tone
Processes sound pitch, frequency, and vocal nuances, ensuring precise linguistic comprehension and acoustic discrimination across quiet and noisy environments.
Houses hippocampal networks that form declarative memories, connect emotional significance to experiences, and assist in spatial contextual mapping.
Communicates directly with the amygdala and brainstem to influence emotional balance, stress responses, and internal physiological stability.
Restoring Temporal Synchronization
Functional neurological care assesses subtle deficits in sound localization, memory retrieval speed, or autonomic regulation. Customized auditory stimulation, targeted eye-movement exercises, and sensory integration protocols promote durable synaptic recovery.
Monday
Hours of Operation
8:00 AM – 12:00 PM
1:00 PM – 5:00 PM
8:00 AM – 12:00 PM
1:00 PM – 4:00 PM
8:00 AM – 12:00 PM
1:00 PM – 5:00 PM
8:00 AM – 12:00 PM
1:00 PM – 4:00 PM
8:00 AM – 12:00 PM
1:00 PM – 5:00 PM
Tuesday
Wednesday
Thursday
Friday
2750 Atlanta Rd SE
Suite 106
Smyrna GA, 30080
Location
Appointments
770-767-3830
office@Strongtowerfn.com
Consults can be booked online
appointments must be booked by clinic staff
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