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From Theory to Practice: Integrating the Assess–Reassess Process Part 2
Why Moving Beyond Theory Matters
In Part 1 of this series, we explored the foundation of the Assess–Reassess Process and why it is the cornerstone of a brain-first approach to training and therapy. We discovered how it allows practitioners to measure the nervous system in real time instead of relying only on biomechanics or subjective reports.
But knowledge on its own does not change lives. Application is where transformation begins. This second part is about moving from theory into practice, into the therapy room, onto the training floor, and into the real conversations you have with clients every day.
You’ll learn how to:
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Use neural checks that link biomechanics with the brain.
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Apply Assess–Reassess in rehabilitation sessions, strength training, and conditioning.
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Communicate the process in simple, inspiring language that builds client buy-in.
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Break through stubborn pain and plateaus with real-world examples.
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Implement practical takeaways you can use in your very next session.
This is the bridge between knowledge and mastery.
Why Integrating the Assess–Reassess Process Matters
The Plateau Effect
Every therapist and coach knows the frustration of the plateau.
A client starts with great progress, then suddenly stalls:
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The knee pain that was improving begins to creep back.
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The deadlift that once flew up now refuses to budge.
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The excited client begins to wonder if “this is just how it will always be.”
The traditional response is to do more of the same: more stretching, more strengthening, more reps, more intensity. But if the problem isn’t mechanical, adding more mechanical solutions won’t break the plateau.
The Nervous System’s Role
What if the nervous system, not the tissues, is the one applying the brakes?
What if it has identified a hidden threat and is limiting performance or producing pain to keep the body safe?
The Assess–Reassess Process provides a framework to uncover those hidden neurological contributors.
Instead of guessing, you test.
Instead of hoping an exercise works, you confirm within seconds whether it does.
This is the difference between cookie-cutter programming and truly individualized care.
Integrating in Rehabilitation Therapy
Enhancing Traditional Evaluation
For physical therapists, occupational therapists, chiropractors, and clinicians, the Assess–Reassess Process complements existing evaluation frameworks.
It does not replace orthopedic tests or clinical expertise; it enhances them.
Example: A Patient with Knee Pain
A physiotherapist evaluates a client with knee pain during squats. Traditional assessments, range of motion, manual muscle tests, and orthopedic screens show some restriction, but nothing unusual.
By adding a neural check, the therapist discovers poor single-leg balance on the painful side and jerky eye movements when tracking right.
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Intervention: a quick tactile stimulation drill around the knee combined with a vestibular exercise.
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Reassess: balance improves immediately, squat pain decreases, and movement feels easier.
This reveals the nervous system, not just the joint, was part of the problem.
The Clinical Advantage
Clients often plateau after surgery, therapy, or exercise programs. By layering applied neurology into care, clinicians can reignite progress. Even simple drills like vision training, breathing resets, or balance challenges can amplify the effects of your existing treatments.
One NLN graduate put it best: “Knowing how to assess higher-order neurological systems is the master key when progress stalls.”
Integrating with Strength and Conditioning
Beyond Biomechanics in Coaching
Athletic trainers and strength coaches often meet athletes who are mechanically strong but neurologically limited. The body can do more, but the brain won’t allow it.
Example: Breaking a Deadlift Plateau
A lifter stalls at a familiar sticking point.
Form is clean.
Programming is solid.
Yet progress has flatlined.
By using Assess–Reassess, the coach discovers poor proprioception in single-leg balance with eyes closed. After a short sensory drill (ball rolling under the foot) and a core reflex activation, balance stabilizes. In the next set, the lifter feels more grounded and eventually sets a personal record.
The Brain-Centric Warm-Up
Traditional warm-ups often include foam rolling, mobility drills, and jogging. While useful, they miss the most important gatekeeper: the brain.
A warm-up that includes targeted neuro drills, like eye tracking, vestibular resets, or sensory feedback, can prime the nervous system in under two minutes. This means athletes are neurologically ready before their first lift, not after twenty minutes of grinding.
Regulating Load in Real Time
Assess–Reassess also provides an objective way to regulate training load. If baseline balance, grip strength, or range of motion deteriorates after a set, the nervous system is signaling overload. Coaches can reduce volume or intensity immediately, preventing fatigue from accumulating into injury.
This is training with feedback built in, making programming safer and more efficient.
Communicating with Clients
Even the best systems fall flat if clients don’t understand them. Many won’t care about “vestibulo-ocular reflexes” or “proprioceptive inputs.” What they care about is whether they feel stronger, move more easily, or experience less pain.
Tips for Communication
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Relate drills to goals: “Let’s see if this brain exercise makes your squat feel smoother.”
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Use metaphors: “Your brain is like an overprotective parent. These drills teach it that you’re safe.”
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Celebrate wins: “You just gained 15 degrees of movement in one minute—that’s your nervous system adapting.”
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Avoid jargon: Replace complex terms with simple language like “balance reflex” or “eye control.”
When clients experience results instantly and hear them explained simply, they become active partners in the process rather than passive patients.
Case Studies
Case 1: Chronic Neck Pain
A client struggled with years of neck stiffness and restricted rotation. Traditional stretches and manual therapy provided only temporary relief.
Using Assess–Reassess, the therapist tested eye movements. Tracking right was jerky and provoked dizziness. After one minute of smooth pursuit drills, neck rotation improved by 10 degrees with less pain.
The client was shocked: “How did that fix my neck when you never touched it?”
Case 2: Strength Breakthrough
A powerlifter was stuck at the same max deadlift for months. Baseline tests revealed poor proprioception. After simple foot sensory drills and reflex resets, balance improved immediately. The athlete hit a new personal record the following week.
Both examples highlight the same principle: when the brain feels safe, the body unlocks capacity.
Practical Takeaways
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Start with a baseline test: Use balance, grip strength, or range of motion.
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Insert one neuro drill: Vision, breathing, or sensory work is often enough.
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Reassess immediately: If the test improves, keep going. If not, try another drill.
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Educate clients: Explain what just happened in plain language.
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Stay curious: The nervous system is unique—what works for one client may not work for another.
From Concept to Daily Practice
The Assess–Reassess Process is not a new exercise or therapy technique. It is a framework that integrates with everything you already do. It is a way of asking the nervous system, “Do you like this?” and then listening to the answer.
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For therapists, it uncovers hidden neurological drivers of pain.
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For coaches, it helps regulate training and unlock strength.
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For clients, it creates fast, tangible wins that build trust and motivation.
In Part 1, we explored why the nervous system is the master regulator.
In Part 2, we’ve stepped into daily practice, seeing how to apply it in real sessions.
The nervous system is always talking.
The Assess–Reassess Process teaches us how to listen.
Watch our free Masterclass on Assess–Reassess here
Explore our Mentorship program here
More articles to enhance your education:
NEURO NEWS HOMEPAGE
- The Assess–Reassess Process in Applied Neurology Part 1
- 5 Eye Drills To Reduce Pain & Improve Posture
- Case Study: Severed Lingual Nerve
- Rewiring the Brain to Overcome Pain
- Biomechanical vs Neurological Educational Model
- Neurology and Post-Concussion Rehab
- No Amount Of Mobility Will Fix a Brain That Feels Lost
- Top 5 Masterclass Frameworks
- 4 Lenses Of Applied Neurology
- 5 Practical Strategies To Improve Vagal Tone
- 8 Pain Control Cognitive Exercises
- The Power Of The Vagus Nerve
- Vision Role In Strength Training
- The Brain's Feeding Pattern
- Applied Neurology vs Medical Neurology
- Where Body Tension Lives In The Brain
- The Power Of The NLN Assess-ReAssess Process
- The Neurology Of Grey Hair - Can You Reverse It?
- The Neuroscience Behind The Racquet
- Can You Get Results In The First Session? Yes, Here Is How.
- Chronic Shoulder Pain: Why Fixing Biomechanics Might Not Be Enough
- How Do You Use Applied Neurology
- What Is Applied Neurology
- Escaping The Biohacking Trap
- The Healthiest Sport To Extend Life
- The Neurology Of A Dopamine Detox Part 2
- The Neurology Of A Dopamine Detox Part 1
- Understanding How The Brain Interprets Stress and Its Importance - The Theat Bucket
- What Happens In Our Brains When We Sleep
- Is Co2 or O2 Breath Training Better For You & Why
- How Do I Know Which Area of the Brain to Train?
- How The Brain Feeds And Why That Matters To Your Brain Health
- Is Foam Rolling Effective?
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