Successful neurological rehabilitation begins with understanding exactly how the brain is functioning. In this episode of the POTS Podcast, Dr. Joseph Schneider discusses how advanced technologies including the Spryson system, Norline eye-tracking goggles, and quantitative EEG (QEEG) are helping clinicians gather precise neurological data. By identifying specific strengths, weaknesses, and communication patterns within the brain, these tools support highly personalized treatment plans designed to accelerate recovery and improve outcomes.
Announcement: A major breakthrough in neurological care has arrived. In this episode of the POTS Podcast, Dr. Joseph Schneider introduces the Spryson NeuroAI system, a cutting-edge technology designed to transform how brain conditions are diagnosed and treated. After 18 months of development and integration, this advanced platform combines AI-driven diagnostics, multimodal therapies, and regenerative medicine to deliver highly personalized treatment plans for patients with complex neurological conditions.Spryson NeuroAI: The Next Evolution in Brain RecoverySaturday Morning Workout: Rebuilding Strength After Stroke
Brain injuries and neurological disorders rarely have a single cause. That’s why effective rehabilitation requires more than symptom-based treatment.
This episode explores how advanced diagnostic technologies allow clinicians to understand:
- Brain communication patterns
- Eye movement performance
- Vestibular function
- Neurological strengths and weaknesses
- Factors contributing to injury and dysfunction
The result is a more targeted and effective rehabilitation strategy.
The Power of Spryson Technology
One of the most exciting developments discussed is the integration of the Spryson system into patient evaluations.
This technology enhances neurological assessments by providing:
- More detailed diagnostic information
- Better treatment targeting
- Improved progress tracking
- Greater rehabilitation precision
The goal is simple:
👉 Understand the patient more accurately so therapy can be customized more effectively.
Norline Goggles: Measuring the Brain Through Eye Movements
The eyes provide a remarkable window into brain function.
The center uses Norline goggles, which capture approximately 200 images per second, allowing clinicians to analyze eye movement patterns with extraordinary accuracy.
These evaluations measure:
- Pursuits (smooth tracking movements)
- Saccades (rapid eye movements)
- Nystagmus
- Vestibular responses
- Visual coordination
Even subtle abnormalities can reveal important information about how different parts of the brain are functioning.
Why Eye Movements Matter
Eye movement testing helps identify dysfunction involving:
- Brainstem pathways
- Vestibular systems
- Cerebellar function
- Cognitive processing
- Neurological communication networks
By establishing an accurate baseline, clinicians can monitor improvements and adjust treatment plans based on measurable changes.
QEEG: Mapping Brain Communication
Another cornerstone of the center’s assessment process is quantitative EEG (QEEG).
Using a specialized cap, clinicians measure brainwave activity including:
- Delta waves
- Theta waves
- Alpha waves
- Beta waves
- High beta waves
- Gamma waves
This allows the team to evaluate how different brain regions communicate with one another.
Looking Beyond Symptoms
One of the most important concepts discussed is that patients are not simply collections of symptoms.
Instead, QEEG helps identify:
- Strong neurological networks
- Weak communication pathways
- Areas of overactivity
- Areas of underactivity
This comprehensive analysis creates a much clearer picture of overall brain function.
Brain Injury Is Rarely Caused by One Thing
Many patients arrive with multiple contributing factors affecting brain health.
These may include:
- Physical trauma
- Infections and pathogens
- Toxic exposures
- Inflammation
- Metabolic dysfunction
Because these factors often overlap, treatment must address all contributing causes rather than focusing on a single diagnosis.
A Truly Personalized Treatment Approach
The philosophy at Hope Brain and Body Recovery Center centers on:
👉 Treating the individual, not the diagnosis.
By combining advanced diagnostic data with clinical expertise, treatment plans can be customized to address each patient’s unique neurological profile.
This allows therapists to:
- Target specific deficits
- Leverage neurological strengths
- Track progress objectively
- Optimize recovery potential
Experience Matters
Dr. Schneider brings more than 38 years of clinical experience to the field of neurological rehabilitation.
His background includes:
- Chiropractic care
- Functional neurology
- Brain injury rehabilitation
- Personal stroke recovery experience
This combination of professional expertise and lived experience helps shape the center’s patient-first philosophy.
Data-Driven Recovery
The future of neurological rehabilitation is becoming increasingly precise.
Instead of relying on generalized protocols, advanced technologies now allow clinicians to:
- Collect detailed neurological data
- Develop individualized treatment plans
- Monitor progress in real time
- Adjust therapies based on measurable outcomes
This data-driven approach helps maximize recovery while reducing guesswork.
Start Your Recovery Journey
If you’re experiencing:
- Brain fog
- Concussion symptoms
- Balance problems
- Neurological dysfunction
- Cognitive decline
Advanced diagnostics may help uncover the root causes of your symptoms.
Hope Brain and Body Recovery Center combines cutting-edge technology with personalized care to help patients achieve meaningful recovery.
👉 Visit https://hopebraincenter.com/ to schedule a consultation.
Frequently Asked Questions (FAQ)
What is Spryson technology?
Spryson is an advanced neurological assessment and rehabilitation system designed to evaluate brain, vestibular, and sensory function with greater precision.
What are Norline goggles used for?
Norline goggles measure eye movements at approximately 200 images per second, helping clinicians identify subtle neurological and vestibular dysfunctions.
What is a QEEG brain map?
A quantitative EEG (QEEG) measures brainwave activity and communication patterns between different regions of the brain, helping identify strengths and weaknesses in neurological function.
Why are eye movements important in brain assessments?
Eye movements are controlled by multiple brain regions. Abnormal patterns can reveal issues involving the brainstem, cerebellum, vestibular system, and higher cognitive networks.
Can advanced diagnostics improve treatment outcomes?
Yes. More precise diagnostics allow clinicians to create targeted treatment plans that address the patient’s specific neurological deficits.
What conditions can benefit from QEEG and vestibular testing?
These assessments may help patients with brain injuries, concussions, dizziness, cognitive decline, neurological disorders, and balance problems.
Why is personalized treatment important?
Every patient has a unique neurological profile. Personalized care helps maximize recovery by targeting the exact areas that need support.
How does Hope Brain Center differ from traditional approaches?
The center combines advanced neurological diagnostics, functional medicine, rehabilitation therapies, and individualized treatment plans to address root causes rather than simply managing symptoms.
How are progress and improvements measured?
Through repeat assessments, eye-tracking data, QEEG findings, functional improvements, and patient-reported outcomes.
How can I schedule an evaluation?
Visit https://hopebraincenter.com/ to request a consultation and learn more about advanced neurological assessment options.
How do I schedule a consultation?
👉 Visit https://hopebraincenter.com/ to learn more or schedule a consultation. You can find out more information at Spryson.
Transcript
Dr. Joseph Schneider (00:00): Hello. Dr. Joe Schneider here with the hope brain and body Recovery Center. Hope Regeneration center. So since 2017, when I had a stroke and coming back, we dedicated ourselves to having the best center for brain rehabilitation, brain and body rehabilitation. And it’s important to go over that. But we have special things happening at the center. It’s taken us a while to bring all these things to fruition with our. Our center itself and our staff. So we just had a new technology. That new technology is by Spryson, spryson.com if you want to take a look at that. And I’ll start with the norline. Now, we’ve been using nor line, which is a goggle, which evaluates eye movements. And it takes about 220, 200, 200 images a second. Very precise way, evaluating eye movement.
Dr. Joseph Schneider (01:19): So we can evaluate pursuit, we can evaluate saccades or targeting back and forth real quickly. We can look at what’s called obk, or looking at a visual snow going past your eyes that create a slow and fast movement called nystagmus. And we can do it horizontally, vertically, we can do it an oblique angle. We can do it in many different ways. But it gives us important information about how your eye movements are related to your health and most patients that I’ve seen since we started. In 1989 when I. When I got a chiropractor college, we started the Back and Neck Pain Relief Center. I started my journey to get a postdoc degree in neurology. And so 1989. Wow. How long is that? It’s like 37 years.
Dr. Joseph Schneider (02:19): 37 Years, but now since 1988, so 38 years that I’ve been doing this and through many life events that have limited me, but also have taught me a lot about neurology, what I wanted to create as one of the best centers in the world. That’s the Hope and Brain Body Recovery Center. Now, it’s a miracle that we have this center. It’s a miracle that we lost everything, lost all my function. And the steps that we took to help my brain come back and my body come back is something as a gift to our patients, because that’s exactly what we do. So the first thing that we recognized is that we wanted a baseline, the best baseline that we could get on neurological function. And so we wanted to be.
Dr. Joseph Schneider (03:19): We wanted to have a baseline that wasn’t general, very specific information about communication in the brain. So we used the qeeg, put a cap on you, and we start looking at the different wavelengths. Delta theta, alpha beta, high beta gamma waves and we start looking at the way the brain is communicating from one lobe to the next and even to the subcort cortical areas like basal ganglia, thalamus and the amygdala limbic system. Now. When people come to us we need to look at them as whole people, whole person, not segmented. So we know that they can have weaknesses that are really severe in one area, mildly in another or they can have strengths also that help to get them to function in their environment. In this world they’re all important things that are going on.
Dr. Joseph Schneider (04:25): But in our, in our purpose to help patients the best that can be helped in this industry for all types of brain injuries whether it’s due to pathogens, whether it’s due to toxins, whether it’s due to physical injury or a combination of all the above. So we’re finding most patients have a combination of all the above. Now the industry has gone towards doing mostly functional medicine or functional nutrition.
