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Dr. Leonid Kalichman PT, PhD Stecco’s Fascial Manipulation approach

Fascial Manipulation

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  • Dr. Leonid Kalichman PT, PhD

    Steccos Fascial Manipulation approach

  • Fascia: definition and examples

    Innervation of fascia

    Pathological changes in fascia(hyaluronic acid)

    Basics of fascial manipulation method

  • Dr. Leonid Kalichman, PT, PhD

    Fasciae (singular, fascia) are connective tissue layers

    and wrappings that support and surround all organs,

    bones, muscles, nerves, and blood vessels.

    superficial fascia

    deep fascia

    subserous fascia

  • Fascia is an uninterrupted three-dimensional web of dense

    connective tissue

    The soft-tissue component of the connective tissue system that

    permeates the human body, forming a whole-body continuous

    three-dimensional matrix of structural support.

  • A - epidermis B dermis C superficial fascia (and subcutaneous fat) D deep fascia (aponeurotic+epimysium) E - muscle

  • Dr. Leonid Kalichman, PT, PhD

  • Fascia is a continues tissue that connects all parts of the body.

  • Fascia is reach by nociceptors and mechanoreceptors.

    Fascia is a pain sensitive structure and involved in proprioception and movement regulations

  • Dr. Leonid Kalichman, PT, PhD

    The average 70 kg person has roughly 15 grams of hyaluronic acid in the body, one-third of which is turned over every day.

    It is part of the extracellular matrix, a major component of the synovial fluid, and was found to increase the viscosity of the fluid.

    Hyaluronic acid is a component of articular cartilage and skin.

  • Dr. Leonid Kalichman, PT, PhD

    Recent study showed a layer of hyaluronic acid between fascia and muscle and inside deep fascia, in particular inside the loose connective tissue separating the fibrous sub-layer of the fascia.

    This means that the fascia thus provides an extracellular matrix that is a gliding lubricant over muscle, permitting the free contraction of muscles, but also a unique matrix for its repair and regeneration.

    STECCO, C., PORZIONATO, A., MACCHI, V., STECCO, A., STERN, R., DE CARO, R.. Analysis of the presence of the hyaluronic acid inside the deep fasciae and in the muscles. Italian Journal of Anatomy and Embryology, North America, 116, Nov. 2011. Available at:

    http://www.fupress.net/index.php/ijae/article/view/10258/9467

  • Dr. Leonid Kalichman, PT, PhD

    By increasing the concentration of HA, HA chains begin to entangle conferring to the solution distinctive hydrodynamic properties: the viscoelasticity is dramatically increased.

  • HA increased viscosity

    and mechanorecptors

  • Dr Leonid Kalichman PT, PhD

    Stecco family

  • The Myofascial Unit (Steccos definition): 1. A group of motor units that move a body segment in a specific

    direction by activating fibres (monoarticular and biarticular) in one or more muscles

    2. The joint that is moves 3. Nerve and vascular components 4. The fascia that connects these elements together

    Dr Leonid Kalichman PT, PhD

    Motor Unit (Sherringtons definition): A motor unit is made up of a motor neuron and the skeletal muscle fibers innervated by axon of this neuron.

  • 1. Each Myofascial unit has its own CENTER OF COORDINATION (CC)

    2. CC = Small areas on the deep fascia where the sum of tensional vectors coincide.

    3. Located in epymisium

    Dr Leonid Kalichman PT, PhD

    CC

  • CC

    CP

    ME LA

    Symptoms in the Center of Perception (CP)

    Phase of compensation

    Mechanical incoordination in the joint

    The resulting vector becomes faulty

    Improper recruitment of muscle fibres

    Decrease of the sliding system in the CC

    Increase of the viscosity of HA in the Centre of Coordination

  • Friction . . . .

    Heat

    develops

    Perception of change in tissue mobility

    Patient reports pain reduction

    Dr Leonid Kalichman PT, PhD

    Tissue sliding improvement

    http://www.webgif.org/gif_animate/oggetti_cose/strumenti_medicina/immagini/05.htm

  • Images of the sonoelastography state before and after fascial therapy in the L5eS1 interspace. In addition to the color scale evaluation, elasticity was quantitatively measured in the zone of interest and local elasticity demonstrated a x10 increase after fascial therapy.

  • Performed by PTs (highly trained professionals) Science based treatment Initial research evidence for effectiveness Holistic (treat entire body, not only site of

    symptoms) Treat source of problem, not the site of

    symptoms Eliminates consequence of previous (old)

    traumas and surgery Very effective, especially for chronic problems

  • Dr. Leonid Kalichman PT, PhD

    The fascial connectionHow fascia is involved in musculoskeletal pain?The fascial fashion Plan Fascia (classical definition)Slide Number 5Dermis - SkinMuscle envelopesFascial envelopesFascia (examples)Conclusion 1Innervation of fasciaInnervation of fasciaInnervation of fasciaConclusion 2Sliding between tissues and organsHyaluronan (hyaluronic acid)Hyaluronan (hyaluronic acid)Hyaluronan (hyaluronic acid)Fascial densificationFASCIAL MANIPULATIONThe motor and myofascial unitsThe center of coordination (CC)Fascial DysfunctionFascial manipulation techniqueEffect of FM on tissue elasticityInitial evidence for FM efficacyFM treatment (characteristics)Thank you for your kind attention !