Condition

Medial Scapular / Interscapular Pain

«Core answer summary» slot — content in preparation.

Understanding the condition

«Understanding the condition (definition, symptoms, epidemiology, stages, absolute surgical indications)» slot — content in preparation.

The SART view: why this happens

«The SART view (the underlying cause behind the presentation)» slot — content in preparation.

Surgery and SART: complementary, not competing

«How surgery and SART complement each other» slot — content in preparation.

Research evidence

These are the evidence candidates assigned to this topic. The citations to be used are finalised by the author when the page is published.

  • EV-075★★★L3 · Retrospective cohort / case-control / cross-sectional

    Forward head posture alters the activation patterns of the shoulder and neck muscles

    Electromyography confirmed that forward head posture produces overactivity of the upper trapezius and altered activation of the scapular stabilisers.

    Weon JH (2010) · Influence of forward head posture

  • EV-084★★★L3 · Retrospective cohort / case-control / cross-sectional

    Connective tissue is a body-wide signalling network, and stretching reduces inflammation and remodels tissue

    Connective tissue (fascia) functions as a body-wide mechanical and biochemical signalling network, and experimental work shows that stretching reduces connective tissue inflammation and remodels cells.

    Langevin HM · Connective tissue: A body-wide signaling network?; research on stretching and inflammation

  • EV-020★★L4 · Cadaveric / biomechanical model / basic experimentfoundational

    Fascia is the body's largest sensory organ, and when gliding between its layers is blocked, pain and dysfunction follow

    Fascia is layered, with hyaluronic acid allowing the layers to glide over one another. When that lubrication dries out (fixation), gliding is blocked and pain and altered sensation result. Anatomical work established fascia as a sensory organ with rich sensory innervation.

    Stecco C (2015) · Functional Atlas of the Human Fascial System

  • EV-042★★L4 · Cadaveric / biomechanical model / basic experimentfoundational

    Fascia is a continuous gliding network, and that sliding is the substrate of movement

    Endoscopic imaging of living fascia captured its polyhedral microarchitecture and continuous gliding. Fascia is not a set of separated layers but a continuous water-filled web that slides upon itself.

    Guimberteau JC (2015) · Architecture of Human Living Fascia

  • EV-057★★L4 · Cadaveric / biomechanical model / basic experimentfoundational

    Fascia is a sensory and contractile tissue that actively regulates its own tension

    Fascia contains myofibroblasts along with rich sensory and autonomic receptors, allowing it to regulate its own tension and to respond to autonomic state.

    Schleip R · Fascia: The Tensional Network of the Human Body

  • EV-014L5 · Expert opinion / classical theory / mechanistic hypothesisfoundational

    Imbalance between postural and phasic muscles produces predictable patterns

    Certain muscles become tight and shortened while others weaken, in predictable patterns of imbalance (upper and lower crossed syndromes). This is the muscular mechanism behind postural syndromes such as forward head posture and rounded shoulders.

    Janda V · Muscles and Motor Control

  • EV-017L5 · Expert opinion / classical theory / mechanistic hypothesisfoundational

    The thorax is not a rigid cage but a stack of mobile rings, and when one ring twists the structures above and below are affected

    The thorax is modelled as a stack of individual rings (rib segments); when a particular ring rotates or translates, the structures above it — shoulder and cervical spine — compensate.

    Lee D (2015) · The Thoracic Ring Approach