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[libribook.com] Traumatic Scar Tissue Management 1st Edition
Clinical ConsiderationAs all of the therapeutic loading techniques are application of mechanicalstrain, all have the potential to influence neurophysiological and integrinmediatedresponses. Additionally, mechanical strain stretches tissue andgenerates heat, which in turn influence tissue pliability and mobility.
Tension techniqueTension technique is the tensile opposition of structures in the form traction,drag, glide, stretch, extension and elongation. The intended outcome islengthening tissue and cleaving excessive/undue collagen cross-links anddisengaging fine pathological cross-links, as illustrated in Figure 9.8.
- Page 757 and 758: Clinical ConsiderationsNon-threaten
- Page 759 and 760: Clinical ConsiderationsIt has been
- Page 761 and 762: Clinical ConsiderationsMT may be a
- Page 763 and 764: Pathophysiological ConsiderationUnd
- Page 765 and 766: Clinical ConsiderationsIn the early
- Page 767 and 768: Clinical ConsiderationsAs the remod
- Page 769 and 770: Treatment outcomesEssentially, the
- Page 771 and 772: Dosage considerationsThe presence o
- Page 773 and 774: TechniquesAny carpenter will tell y
- Page 775 and 776: Pressure Level 4 - Strong pressure/
- Page 777 and 778: Grade 7 and 8• Firm, deep• Trig
- Page 779 and 780: Neutralize pHFacilitate healing pro
- Page 781 and 782: Manual Lymphatic TechniquesEarly ma
- Page 783 and 784: Table 9.4Treatment guideline summar
- Page 785 and 786: Clinical ConsiderationEdema, excess
- Page 788 and 789: Figure 9.2Half-moon/circles: cleari
- Page 791 and 792: Figure 9.3Pumping: clearing the ext
- Page 793: RotaryThe rotary technique is commo
- Page 797: Figure 9.5Rotary (thorax). Half-moo
- Page 800 and 801: One of the most obvious differences
- Page 802 and 803: Clinical ConsiderationVarious forms
- Page 804: Box 9.10Sensory amnesia and proprio
- Page 810 and 811: Compression techniqueCompression te
- Page 812 and 813: Figure 9.8Tension. The lower leg is
- 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
- Page 835 and 836: Clinical ConsiderationIrritated ner
- Page 837 and 838: Pathophysiological ConsiderationCha
- Page 839 and 840: Clinical ConsiderationAs the mechan
- Page 841 and 842: Clinical ConsiderationIn various st
- 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
- Page 849 and 850: Yang G, Im HJ, Wang JHC (2005) Repe
- Page 851 and 852: Medial thigh 4th degree skin grafts
- Page 853: Figure B.2 Post-treatmentSurgical s
- Page 857 and 858: Figure C.2 Post-treatment2 December
Tension technique
Tension technique is the tensile opposition of structures in the form traction,
drag, glide, stretch, extension and elongation. The intended outcome is
lengthening tissue and cleaving excessive/undue collagen cross-links and
disengaging fine pathological cross-links, as illustrated in Figure 9.8.
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