Myofascial Meridians - Assessing & Balancing for Manual & Movement Therapists

Overview

Course Description:

Certificates will be given to only those who pass the Post Lecture Quiz with a score of 7/10 or more and Lecture video recordings will be give to ISOMT Premium Members only. 

Explore the foundational science and therapeutic application of fascial meridians in this comprehensive course designed for manual and movement therapists. Begin with an in-depth overview of fascia, including its composition, function, and role in force transmission and postural stability.

Participants will distinguish between superficial and deep fascial systems, understanding how these layers interact within the kinetic chain to influence movement efficiency and muscular coordination.

The course introduces the visceral fascia and its impact on the musculoskeletal system, highlighting how internal restrictions can manifest as external dysfunctions.

Through clinical reasoning and evidence-informed insights, therapists will learn to assess and address fascial imbalances that go beyond the muscular system, tapping into the interconnected network of fascia for more holistic outcomes.

Building upon the theory, participants will explore modern-day interpretations of fascial meridians as mapped by various schools of thought (including Anatomy Trains and Stecco’s Fascial Manipulation).

Live demonstrations will showcase techniques used to assess and rebalance fascial lines across the body. Emphasis will be placed on integrating manual and movement-based strategies for sustainable changes in posture, mobility, and performance. Indications:

Postural imbalances and asymmetries Recurrent musculoskeletal pain Fascial restrictions or adhesions Limited mobility or joint stiffness Myofascial pain syndromes Chronic fatigue or movement inefficiencies Viscerosomatic dysfunctions (secondary to fascial involvement) Contraindications:

Acute inflammation or infection Open wounds or recent surgical sites in the treatment area Malignancy in the fascia or adjacent tissues Unstable medical conditions (e.g., severe cardiovascular disorders) Acute trauma or fractures Severe osteoporosis (relative, depending on technique) Patient intolerance or hypersensitivity to manual input