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[libribook.com] Traumatic Scar Tissue Management 1st Edition
Figure 9.8Tension. The lower leg is being anchored by the therapist’s right hand, while the left hand engagesthe tissue by applying compression (begin at pressure grade 1–3 (see Box 9.8) and slowly increaseuntil barrier is felt), then glide slowly, creating drag and tensioning in a proximal direction.
ShearOblique or laterally applied gliding type movement of one tissue or layer inreference to another. Intended outcome is to influence fluid dynamics (e.g. GSand HA changes: shift GS viscosity and increase the lubrication potential of HAin the sliding layers), generate heat and mechanical cleavage/disengagement ofundue cross-links – culminating in improved tissue mobility and slide/glidecapabilities (see Fig. 9.10).Torsion/rotationTorsion/rotation is twisting-type loading; essentially, a combination ofcompression and tension where there is simultaneous compression of somefibers with elongation of others. Multiple intended outcomes associated withcompression and tension as noted above, as illustrated in Figure 9.11.
- Page 761 and 762: Clinical ConsiderationsMT may be a
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- Page 779 and 780: Neutralize pHFacilitate healing pro
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- Page 783 and 784: Table 9.4Treatment guideline summar
- Page 785 and 786: Clinical ConsiderationEdema, excess
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- Page 791 and 792: Figure 9.3Pumping: clearing the ext
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- Page 797: Figure 9.5Rotary (thorax). Half-moo
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- Page 804: Box 9.10Sensory amnesia and proprio
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- Page 814: Figure 9.9Approximation-compression
- Page 818 and 819: Figure 9.11(A) Shear: begin by enga
- Page 820 and 821: Clinical ConsiderationIt is common
- Page 823 and 824: Figure 9.12Torsion/rotation. Begin
- Page 826 and 827: Figure 9.13Lifting. Begin by graspi
- Page 828 and 829: Gross stretchGross stretch techniqu
- Page 830 and 831: Figure 9.15‘Cs’. Begin as noted
- Page 833 and 834: Figure 9.17J-stroke. Begin at one e
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- Page 843 and 844: Chaudhry H, Schleip R, Ji Z et al (
- Page 845 and 846: principles and methods. Philadelphi
- Page 847 and 848: Pilat A (2003) Myofascial therapies
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- Page 851 and 852: Medial thigh 4th degree skin grafts
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Shear
Oblique or laterally applied gliding type movement of one tissue or layer in
reference to another. Intended outcome is to influence fluid dynamics (e.g. GS
and HA changes: shift GS viscosity and increase the lubrication potential of HA
in the sliding layers), generate heat and mechanical cleavage/disengagement of
undue cross-links – culminating in improved tissue mobility and slide/glide
capabilities (see Fig. 9.10).
Torsion/rotation
Torsion/rotation is twisting-type loading; essentially, a combination of
compression and tension where there is simultaneous compression of some
fibers with elongation of others. Multiple intended outcomes associated with
compression and tension as noted above, as illustrated in Figure 9.11.
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