[libribook.com] Traumatic Scar Tissue Management 1st Edition

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Clinical ConsiderationThe fascial system is now recognized as a pain-generating tissue andsignificant proprioceptive organ (Mitchell & Schmidt 1977, Yahia et al.1992, Schleip 2003, Stecco et al. 2008, Benjamin 2009, Taguchi et al.2009, van der Wal 2009, Findley et al. 2012)Current (mainstream) protocols for assessment, treatment and recovery time for‘musculoskeletal’ issues (including scarring) do not take the fascia intoconsideration. This oversight will be addressed throughout this book.The International Fascia Research Congress (FRC) has been instrumental inshedding light on this long overlooked tissue. The research presented at andgenerated by this initiative provides the world of MT with some foundationalknowledge needed to work safely and effectively with the impact of scars andburns on this tissue.In order to better facilitate understanding of this section, the following keyterms/concepts are briefly described:• What is fascia? Definitions vary; this book offers an amalgam of the mostcurrent. Fascia is described as all fibrocollagenous CT whose morphology isinfluenced by mechanical strain/tensional loading (Schleip et al. 2012a). Theterm ‘fascia’ is inclusive of various presentations (e.g. dense and loose) thatare innervated, vascularized and continuous (fascia envelops and invests allother soft tissues, bones, nerves, circulatory vessels and organs), functioningas an organ of stability and locomotion (Findley & Schleip 2007, Schleip et al.2012a, Kumka & Bonar 2012). Fascia can present in many forms dependingupon its location, density, fiber orientation or configuration, required role andrelationship with other structures or tissues (Terminologia Histologica 2008).Different terms are used to describe more accurately fascia’s varioushistological, mechanical, topographical and functional properties (e.g.epimysium, perineurium, periosteum, aponeuroses, retinaculae, visceramembranes) (Langevin & Huijing 2009, Schleip et al. 2012a). Although in theworld of fascia there is much debate, it is universally agreed upon that fascia’s

fundamental characteristic is its continuity – an uninterrupted, viscoelasticnetwork that three-dimensionally envelops and invests all structures of thebody from head to toe (Chaudhry et al. 2008, Grinnell 2008, Benjamin 2009,Stecco & Stecco 2009, van der Wal 2009, Schleip et al. 2012a). Fascia is ahighly innervated tissue and is considered to be the most extensivemechanosensitive organ in the human body (Benjamin 2009, Hoheisel et al.2011, Schleip et al. 2012a).• Viscoelasticity: a viscoelastic material (e.g. collagen) can both resist strain ordeformation and return to its original state following deformation. Theviscoelastic nature of fascial collagen provides a means by which this tissuecan be both mobile (elastic) and supportive (firm/more viscous) at the sametime. Fascia is the only tissue that can instantly change its property inresponse to demand (e.g. mechanical strain). Fascia’s viscoelastic propertiescan be rapidly modified by shifting its fluid dynamics; this is mediated by thenervous and vascular systems and specialized cells within fascia (e.g.fibroblasts and MFBs) (Klingler et al. 2004, Barnes 1997, Pischinger 1991,Reed et al. 2010).

Clinical Consideration

The fascial system is now recognized as a pain-generating tissue and

significant proprioceptive organ (Mitchell & Schmidt 1977, Yahia et al.

1992, Schleip 2003, Stecco et al. 2008, Benjamin 2009, Taguchi et al.

2009, van der Wal 2009, Findley et al. 2012)

Current (mainstream) protocols for assessment, treatment and recovery time for

‘musculoskeletal’ issues (including scarring) do not take the fascia into

consideration. This oversight will be addressed throughout this book.

The International Fascia Research Congress (FRC) has been instrumental in

shedding light on this long overlooked tissue. The research presented at and

generated by this initiative provides the world of MT with some foundational

knowledge needed to work safely and effectively with the impact of scars and

burns on this tissue.

In order to better facilitate understanding of this section, the following key

terms/concepts are briefly described:

• What is fascia? Definitions vary; this book offers an amalgam of the most

current. Fascia is described as all fibrocollagenous CT whose morphology is

influenced by mechanical strain/tensional loading (Schleip et al. 2012a). The

term ‘fascia’ is inclusive of various presentations (e.g. dense and loose) that

are innervated, vascularized and continuous (fascia envelops and invests all

other soft tissues, bones, nerves, circulatory vessels and organs), functioning

as an organ of stability and locomotion (Findley & Schleip 2007, Schleip et al.

2012a, Kumka & Bonar 2012). Fascia can present in many forms depending

upon its location, density, fiber orientation or configuration, required role and

relationship with other structures or tissues (Terminologia Histologica 2008).

Different terms are used to describe more accurately fascia’s various

histological, mechanical, topographical and functional properties (e.g.

epimysium, perineurium, periosteum, aponeuroses, retinaculae, viscera

membranes) (Langevin & Huijing 2009, Schleip et al. 2012a). Although in the

world of fascia there is much debate, it is universally agreed upon that fascia’s

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