fascial strengthening in cerebral palsy

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  • 8/6/2019 Fascial Strengthening in Cerebral Palsy

    1/2

    June 2010 August 2011

    June 2010 August 2011

    Compressional weakness is

    simply the inability to support

    ones own body weight when

    exposed to vertical loads and/or

    the force of gravity. It is this

    compressional weakness that is

    at the heart of movement and

    posture disorders like Cerebral

    Palsy. It is important to

    remember that the

    developmental process ALWAYS

    starts with the evolution of the

    primitive, simple tasks (such as

    weight-bearing). The reality is

    that without this fundamental

    development of weight-bearing,

    there is no chance of any

    coordinated, functional,

    sophisticated muscular

    performance. Therefore, a

    responsible rehabilitation plan

    or protocol MUST address this

    essential characteristic.

    The fundamental question

    becomes How do we do that?.

    In truth, the HOWis secondary

    to the WHAT. What is

    responsible for compressional

    strength?. FASCIAin all of its

    differentiated forms. The

    example on the right is a pure

    demonstration of how much

    potential there is when the

    rehabilitative focus is placed on

    the root of the disorder (poor

    compressional strength) rather

    than on the obvioussymptomatic manifestations

    (muscular tension, etc). Over the

    span of 1 year, and with specific,

    focus attention to the thorax,

    abdomen, and neck the child has

    significantly improved in his

    weight bearing performance

    which, in turn, reduces muscular

    tension to allow the muscles to

    perform their designed role of

    movement.

  • 8/6/2019 Fascial Strengthening in Cerebral Palsy

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    June 2010 August 2011

    In the seated position, he

    demonstrates significant

    improvement in his postural

    performance. This improvement

    has the added secondary benefit

    of manifesting more coordinated

    and productive use of the arms.

    When he is lifted and exposed to

    his own body weight, he exhibits

    improved compressional

    strength as well as stability in

    the shoulder girdle. The

    increase in shoulder girdle

    stability as well as

    compressional strength results

    in freedom of the arms for

    functional use as well as freedom

    for the head to move.