Myofascial Chains Course

Lesson 1 • Mechanical Properties of Fascia

Explains viscoelasticity, tensegrity, and load transmission through fascial tissue. Links biomechanical principles to clinical dysfunction patterns.

Lesson 2 • Fascial Innervation and Sensory Role

Identifies mechanoreceptors and nociceptors embedded in fascia. Explains how fascial sensory input influences proprioception and pain perception.

Lesson 3 • Connective Tissue Biology Basics

Covers cell types, extracellular matrix composition, and collagen fiber organization. Provides the cellular foundation for understanding fascial behavior.

Lesson 1 • Concept and History of Myofascial Chains

Traces the development of chain theory from early anatomy to modern models. Contextualizes competing frameworks so students can evaluate evidence critically.

Lesson 2 • Major Longitudinal Chain Pathways

Maps the superficial front, back, and lateral lines through the body. Students identify bony attachments and muscular components of each line.

Lesson 3 • Chain Assessment Principles

Introduces systematic observation of chain tension and restriction. Establishes the assessment logic used throughout subsequent chapters.

Lesson 4 • Deep and Functional Chain Pathways

Covers deep front line, arm lines, and functional lines. Connects deep stabilizing chains to movement efficiency and postural control.

Lesson 1 • Principles of Postural Observation

Establishes a structured protocol for static postural analysis from multiple planes. Trains the eye to detect asymmetries linked to specific chain patterns.

Lesson 2 • Integrating Findings into a Chain Hypothesis

Teaches synthesis of postural and movement data into a prioritized chain hypothesis. Prepares students to plan targeted treatment sequences.

Lesson 3 • Chain-Specific Postural Patterns

Correlates common postural deviations with overactive or restricted chains. Enables hypothesis generation before hands-on assessment begins.

Lesson 1 • Palpating Chain Continuity

Practices tracing fascial tension along full chain pathways through the body. Develops the ability to follow restriction from local to remote sites.

Lesson 2 • Palpating Fascial Layers

Trains differentiation of superficial, deep, and visceral fascial layers by texture and mobility. Builds the tactile vocabulary needed for clinical decision-making.

Lesson 3 • Palpation Fundamentals and Hand Mechanics

Establishes correct hand position, pressure gradients, and body mechanics for sustained palpation. Prevents practitioner injury while maximizing tissue feedback.

Lesson 1 • Principles of Myofascial Release

Defines direct, indirect, and combined release approaches and their physiological rationale. Establishes the decision framework for technique selection.

Lesson 2 • Indirect and Positional Release Methods

Uses positional release and fascial unwinding to address neurologically mediated restrictions. Complements direct techniques for hypersensitive or acute presentations.

Lesson 3 • Sequencing Techniques Within a Session

Organizes technique selection into a logical session sequence from superficial to deep. Ensures cumulative tissue change without overloading client tolerance.

Lesson 4 • Superficial Fascial Release Techniques

Applies skin rolling, J-stroke, and cross-hand spreading to superficial fascial layers. Develops sensitivity to superficial tissue response and release cues.

Lesson 1 • Treating the Lateral and Spiral Lines

Addresses lateral compression and rotational imbalance through targeted chain work. Resolves scoliotic tendencies and lateral hip overload patterns.

Lesson 2 • Treating the Superficial Front Line

Releases anterior chain restrictions from foot dorsiflexors to scalenes. Addresses forward head posture and anterior hip compression patterns.

Lesson 3 • Treating Arm Lines and Functional Lines

Resolves upper extremity and cross-body chain restrictions affecting shoulder and trunk. Addresses repetitive strain patterns common in manual workers and athletes.

Lesson 4 • Treating the Deep Front Line

Accesses deep stabilizing structures from foot intrinsics to cranial base. Restores core support and breathing mechanics disrupted by deep chain restriction.

Lesson 1 • Chain-Specific Stretching Protocols

Applies sustained and dynamic stretching along each major chain pathway. Reinforces length changes achieved during manual treatment.

Lesson 2 • Home Program Design and Progression

Builds individualized home programs that extend clinical outcomes between sessions. Teaches progression criteria and adherence strategies for diverse clients.

Lesson 3 • Corrective Strengthening Along Chains

Targets underactive chain segments with progressive loading to restore balance. Prevents recurrence by building active support for released tissue.

Lesson 4 • Principles of Movement Integration

Explains why manual release must be followed by movement re-patterning to sustain change. Establishes the neuromotor rationale for post-release exercise.

Lesson 1 • Post-Surgical and Scar Tissue Management

Applies myofascial techniques to post-surgical adhesions and scar tissue restrictions. Addresses chain disruption caused by surgical intervention and immobilization.

Lesson 2 • Complex Multi-Chain Presentations

Analyzes cases involving simultaneous restriction across multiple chains. Develops prioritization logic for sequencing treatment in complex presentations.

Lesson 3 • Chronic Pain and Central Sensitization

Adapts myofascial approaches for clients with central sensitization and chronic pain. Integrates pain science education with modified hands-on techniques.

Lesson 4 • Outcome Measurement and Reassessment

Applies validated outcome tools to track progress and guide clinical decisions. Teaches systematic reassessment to confirm or revise chain hypotheses.