Master Course in Neuroplasticity-Driven Treatment Planning

Unlock the Science of Lasting Neurological Change

Can a Single Intervention Reset the Nervous System?

Clinicians across disciplines often ask this crucial question. The evidence says otherwise4sustainable neurological change doesn’t emerge from one-off treatments.

Lasting transformation requires structured, repeated input delivered over time. This 15-hour course removes the guesswork from treatment planning, drawing on decades of neuroplasticity research from Racine’s landmark animal studies to modern human neuromodulation trials

Whether you’re a chiropractor, physical therapist, osteopath, or athletic trainer working with neurological disorders, musculoskeletal conditions, or optimizing performance for athletes4this course provides the framework to achieve and sustain change.

Why This Course Matters

Evidence-Based, Not Anecdotal

Every principle taught is grounded in peer-reviewed neuroscience and clinical trials. Move beyond guesswork into scientifically defensible care.

Remove the Guesswork

Learn how to dose, sequence, and structure care with confidence. Apply precise frameworks backed by translational research.

Sustainable Outcomes

Build treatment plans that consolidate gains and prevent regression. Create lasting neurological change that persists.

Cross-Disciplinary Impact

Apply principles across manual therapy, rehabilitation, and performance optimization. Universal frameworks for diverse clinical contexts.

What You'll Learn

01

The Science of Plasticity

Understand why the neocortex resists single-session change, how repeated spaced input drives long-term potentiation (LTP), and master the inductionconsolidation-persistence arc of plasticity.

02

Translating Research Into Care

Master rat-to-human dosing principles4 why 5 days in rats equals 132 weeks in humans. Learn why consolidation requires 638 weeks of structured care and how polysynaptic strengthening translates into multimodal drills.

03

Building Treatment Plans

Design frequency and tapering schedules for 638 week arcs. Structure withinsession blocks with manual interventions, sensorimotor pairings, and integration tasks while avoiding fatigue and habituation.

04

Maintenance Care

Preserve gains without overloading patients using metaplasticity principles. Keep circuits “plastic but stable” with strategic weekly and monthly dosing for long-term success.

05

Clinical Applications

Apply frameworks across neurological rehabilitation, musculoskeletal optimization, sports performance, and nervous system enhancement. Real-world strategies for diverse patient populations.

Comprehensive 5-Module Curriculum

Foundations of Neuroplasticity

Principles of LTP and LTD, induction-consolidation-persistence phases, and translational neuroscience from animal models to human applications.

Evidence-Based Dosing Strategies

Frequency, tapering, cumulative dosing, polysynaptic recruitment through multimodal inputs, and avoiding epileptogenic patterns.

Clinical Frameworks for 638 Week Care

Week-by-week playbook for induction and consolidation, manual interventions paired with sensorimotor tasks, integration into functional locomotor activities.

Maintenance and Metaplasticity

Weekly and monthly dosing strategies, preventing habituation and drift, tracking clinical proxies like joint position error and gait variability.

Applied Neuroplasticity in Practice

Case studies across neurology, musculoskeletal care, and sports performance. Design individualized treatment plans with confidence.

Profession-Specific Case Examples

Chiropractors

Learn how spinal and extremity loading pairs with proprioceptive drills to reinforce hemispheric balance and prevent regression through targeted manual interventions.

Physical Therapists

Apply gait retraining, dual-task locomotion, and sensorimotor integration to consolidate gains in coordination and motor control with evidence-based protocols.

Osteopaths

Explore cranial mobilization and whole-body rhythmic integration as tools for polysynaptic recruitment and sustainable functional change across systems.

Athletic Trainers

Use neuroplasticity principles to maximize sports performance4pairing manual inputs with agility drills, reaction-time training, and dual-task coordination for precision and resilience under competitive load.

Sports Performance Spotlight

Athletic trainers understand that elite performance transcends strength and endurance4it demands precision, rhythm, and adaptability under pressure. This course provides a neuroplasticity-driven framework for sports optimization that moves beyond intuition into scientifically defensible training design.

Agility & Reaction Training

Pair manual inputs with rapid change-of-direction drills to reinforce cortical timing and enhance neural responsiveness during dynamic movement patterns.

Dual-Task Conditioning

Layer coordination tasks like ball-handling with visual tracking to recruit polysynaptic networks and build cognitive-motor integration under load.

Resilience Under Load

Apply structured dosing to maintain performance gains across training cycles and prevent regression during competitive seasons.

Evidence-Based Edge

Design training plans that are scientifically defensible and measurable, translating neuroplasticity research into competitive advantage.

By integrating neuroplasticity principles, athletic trainers help athletes achieve sustainable performance gains that persist beyond the training floor-creating lasting adaptations that translate to competition.

Week-by-Week Sports Performance Framework

Weeks	Frequency	Focus	Pairings	Integration
1-2	4-5x/week	Neural priming with manual inputs	Agility ladder + reaction ball drills	5-10 min dual-task sprint circuits
3-4	3-4x/week	Coordination refinement	Visual tracking + contralateral reach	5-10 min dual-task agility runs
5-6	2-3x/week	"Lock-in" sessions	Precision footwork + saccade ladders	10-minute task chains under fatigue
7-8	1-2x/week	Maintenance dosing	Rotating drills with novelty	10-15 min functional circuits + home drills

This framework ensures athletes move through induction, consolidation, and persistence phases4translating neuroplasticity principles into measurable performance gains that last throughout competitive seasons

Who Should Attend

Manual Therapy Specialists

Movement Specialists

Performance Optimizers

This course is designed for licensed healthcare professionals who treat patients with neurological, musculoskeletal, or performance-related conditions and seek to integrate cutting-edge neuroscience into clinical practice.

Why 15 Hours? What You'll Gain

15

Hours

Comprehensive yet practical training designed for busy clinicians

5

Modules

Structured learning from foundations to advanced applications

100%

Evidence-Based

Every principle grounded in peerreviewed research

The Promise: What You'll Achieve

1

Scientific Defensibility

Design treatment plans backed by translational neuroscience research and clinical evidence

2

Sustainable Change

Achieve lasting neurological transformation in your patients that persists beyond treatment

3

Smart Maintenance

Maintain gains with efficient, evidence-based strategies that prevent regression

4

Clinical Confidence

Remove guesswork from decision-making with precise dosing and sequencing frameworks

Ready to Transform Your Practice?

Join us for this 15-hour master course and become part of a new generation of clinicians who treat the nervous system with precision, evidence, and confidence