Treatment

  • The goal of treatment is to resolve the systemic functional roots rather than strengthening the "engine" (muscles) or repairing the "chassis" (structure).

    • A. Primary Modality: Functional Hydrodissection (fHD)

  • The principal intervention involves the infiltration of a solution—typically 5% Dextrose—into the fibrotic ECM of the SAT layer.
  • Physical Effect (Adhesiolysis) : The hydrostatic pressure mechanically expands the tissue and disrupts adhesions, "removing rust" from the movement system.
  • Chemical Effect (Lavage & Stabilization) : The solution dilutes accumulated inflammatory mediators (lavage effect) and stabilizes sensitized nerve membranes (specifically modulating the TRPV1 receptor). This facilitates the CNS's release of protective muscle tension, in effect "releasing the brakes."

    • B. Treatment Planning via Vector Analysis

  • Pathology is often the resultant sum of vectors.
  • Example : Lower extremity pain is determined by descending vectors (e.g., from the neck/MAA or abdomen/UA) and ascending vectors (e.g., from the feet).
  • Intervention : De-sensitizing the nociceptors in the ankle SAT (correcting Rear Foot Varus) can non-invasively correct knee alignment without touching the knee itself.

    • C. Therapeutic Endpoint

  • The primary goal is the immediate restoration of Full ROM. Once the functional restriction is sufficiently recovered, the body reverts to its ideal homeostatic balance. Through this the root cause of damage resolves, and pain subsides as a natural consequence.