PLoS ONE · 2018 · 28 citations · 27 references
MedicinePlastic SurgerySurgeryBurn RehabilitationBurn SurgeryWound HealingBurn ManagementBurn ReconstructionBurn Wound HealingPressure Garment TherapyScar ManagementSkin RegenerationCollagen Fiber ArchitectureCollagen Fiber BreakdownCollagen Fiber MechanicsCollagen Fiber StructureCollagen OrientationFiber OrientationSplit-thickness Skin Graft ReconstructionSplit-thickness Skin Grafts
Pressure garment therapy is often prescribed to improve scar properties following full-thickness burn injuries. Pressure garment therapy is generally recommended for long periods of time following injury (1-2 years), though it is plagued by extremely low patient compliance. The goal of this study was to examine the effects of early cessation of pressure garment therapy on scar properties. Full-thickness burn injuries were created along the dorsum of red Duroc pigs. The burn eschar was excised and wound sites autografted with split-thickness skin. Scars were treated with pressure garments within 1 week of injury and pressure was maintained for either 29 weeks (continuous pressure) or for 17 weeks followed by cessation of pressure for an additional 12 weeks (pressure released); scars receiving no treatment served as controls. Scars that underwent pressure garment therapy were significantly smoother and less contracted with decreased scar height compared to control scars at 17 weeks. These benefits were maintained in the continuous pressure group until week 29. In the pressure released group, grafts significantly contracted and became more raised, harder and rougher after the therapy was discontinued. Pressure cessation also resulted in large changes in collagen fiber orientation and increases in collagen fiber thickness. The results suggest that pressure garment therapy effectively improves scar properties following severe burn injury; however, early cessation of the therapy results in substantial loss of these improvements.
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The Healing of Rat Skin Wounds
Stanley Μ. Levenson, Erving F. Geever, L. V. CHOWLEY et al. · Annals of Surgery · 1965 · 473 citations
Myofibroblasts in human granulation tissue
Graeme B. Ryan, W. J. Cliff, Giulio Gabbiani et al. · Human Pathology · 1974 · 387 citations
Medicine, Cell Biology, Pathology +11