Neurodynamic Training

Lesson 1 • Neural Tissue Biomechanics

Explains how neural tissue elongates, slides, and compresses under load. Links mechanical properties to clinical movement presentations.

Lesson 2 • Anatomy of the Neural Container

Covers the structural layers of peripheral nerves, spinal cord, and meninges. Provides the anatomical baseline required for all subsequent movement analysis.

Lesson 3 • Interface Tissues and Neural Mobility

Examines how surrounding muscles, fascia, and joints influence nerve movement. Establishes the concept of the mechanical interface as a treatment target.

Lesson 1 • Clinical Reasoning Framework

Introduces hypothesis-driven assessment logic for neural presentations. Guides students in differentiating neural from non-neural sources of symptoms.

Lesson 2 • Lower Limb Neurodynamic Tests

Covers straight leg raise, slump, and femoral nerve tests for lumbar and sciatic pathways. Connects test findings to spinal and peripheral nerve involvement.

Lesson 3 • Upper Limb Neurodynamic Tests

Teaches standardised upper limb tension tests for median, ulnar, and radial nerves. Builds competency in test sequencing and sensitisation additions.

Lesson 4 • Cranial and Trunk Neural Testing

Introduces assessment of cranial nerve mobility and thoracic neural tension. Expands testing repertoire beyond limb-focused protocols.

Lesson 1 • Spinal and Trunk Neural Mobilisation

Covers mobilisation of dural and spinal nerve root tissue through trunk-based movements. Integrates spinal mechanics with neural tissue loading strategies.

Lesson 2 • Principles of Neural Mobilisation

Defines the mechanical and neurophysiological rationale for mobilisation. Establishes dosage, direction, and grading principles before technique application.

Lesson 3 • Slider Techniques for Upper Limbs

Teaches nerve-slider exercises that move neural tissue without increasing tension. Prioritises early-stage and irritable presentations in the upper extremity.

Lesson 4 • Tensioner Techniques for Upper Limbs

Introduces tensioning exercises that load neural tissue at both ends simultaneously. Targets chronic or hypomobile neural presentations in the upper extremity.

Lesson 1 • Postural and Movement Interface Correction

Addresses habitual postures and movement patterns that chronically load neural tissue. Integrates postural correction into neurodynamic treatment planning.

Lesson 2 • Identifying Interface Restrictions

Teaches palpation and movement analysis to locate non-neural tissue barriers. Connects interface findings to abnormal neurodynamic test results.

Lesson 3 • Joint Mobilisation as Interface Treatment

Applies joint mobilisation to reduce mechanical load on adjacent neural tissue. Demonstrates how joint position changes alter neural tension and symptom response.

Lesson 1 • Integrating Exposure with Neural Mobilisation

Combines graded exposure logic with hands-on neurodynamic techniques. Ensures mobilisation dosage aligns with patient sensitisation level.

Lesson 2 • Graded Exposure Protocol Design

Builds systematic exposure hierarchies for movements that provoke neural symptoms. Progresses patients from low-threat to full-function activities safely.

Lesson 3 • Central Sensitisation in Neural Pain

Explains how central nervous system changes amplify peripheral neural symptoms. Distinguishes peripheral mechanosensitivity from centrally driven pain states.

Lesson 1 • Special Population Exercise Adaptations

Modifies neural exercise prescription for older adults, hypermobile, and post-surgical patients. Ensures safe and effective programming across varied clinical profiles.

Lesson 2 • Home Exercise Programme Design

Teaches construction of self-managed neural mobilisation programmes for patients. Emphasises adherence strategies and clear instruction delivery.

Lesson 3 • Principles of Neural Exercise Dosage

Establishes load, frequency, and progression rules specific to neural tissue adaptation. Prevents overloading sensitised nerves while driving positive tissue change.

Lesson 4 • Sport and Performance Neural Programming

Adapts neurodynamic exercise principles for athletic and high-demand populations. Bridges rehabilitation and performance training for neural tissue resilience.

Lesson 1 • Peripheral Nerve Entrapment Syndromes

Covers carpal tunnel, cubital tunnel, and tarsal tunnel entrapment assessment and treatment. Applies interface and neural mobilisation to reduce entrapment-related symptoms.

Lesson 2 • Post-Surgical and Scar-Related Neural Restriction

Addresses neural adhesion and scar tissue restriction following surgery or trauma. Applies graded neural mobilisation within post-surgical healing timelines.

Lesson 3 • Headache and Cranial Neural Involvement

Examines cervicogenic headache and occipital neuralgia through a neurodynamic lens. Applies upper cervical and cranial nerve mobilisation to headache management.

Lesson 4 • Lumbar Radiculopathy and Disc Pathology

Addresses sciatic and femoral nerve root involvement in lumbar disc presentations. Guides selection of neural techniques based on irritability and disc stage.

Lesson 1 • Multifactorial Neural Presentation Analysis

Develops reasoning skills for cases involving multiple neural and interface contributors. Teaches prioritisation when several dysfunctions coexist in one patient.

Lesson 2 • Designing Long-Term Neural Maintenance Programmes

Builds self-management strategies that sustain neural health after formal treatment ends. Reduces recurrence risk through education and independent exercise habits.

Lesson 3 • Outcome Measurement and Progress Tracking

Selects and applies validated outcome tools specific to neural pain and function. Ensures data-driven decision-making throughout the treatment episode.