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burn wounds
WCI for partial thickness-loss burn wounds did not significantly differ from rGH (0.9) to placebo (0.69).
      
As long as devitalized, burned tissue remains present in the setting of depressed host resistance, cross infection tends to colonize those remaining devitalized burn wounds with more virulent organisms than those that were already present.
      
Local treatment of burn wounds was tested on 1700 rats.
      
Many methods for temporary closure of burn wounds have been described.
      
Forty-eight patients with infected, discharging burn wounds were treated on an alternate basis with topical Debrisan (Pharmacia AB Sweden) and saline dressing.
      
In earlier experiments, it was shown in a burn model that BT exceeded the role of wound dissemination when burn wounds were colonized with Pseudomonas aeruginosa.
      
In the clinical evaluation, significant levels of cerium were found in six blood samples and four urinary specimens, following the application of a 2.2% cerium nitrate solution on burn wounds.
      
Short- and long-term results of application of allogeneic cultured keratinocytes on burn wounds and burn scar
      
Moist exposed therapy of partial-thickness burn wounds.
      
A prospective multi-center study was conducted to evaluate the effect of MEBO on the healing of partial-thickness burn wounds.
      
The measurement of different parameters revealed that partial-thickness burn wounds were better assessed using Transepidermal Water Loss (TEWL), while full-thickness ones are better assessed using planimetry, measuring the surface of the wound.
      
Evaluation of selected parameters of the cytokine system in burn wounds in children
      
Using immunohistochemical methods, we studied cellular infiltrations of burn wounds in children.
      
These results indicate a key role for TNF-α and its receptor within the cytokine system in the course of the inflammatory reaction in burn wounds.
      
Mechanism of impaired immunologic response to bacterial antigens in burn wounds in children
      
Material was obtained from necrotic tissue excised from burn wounds in 60 children and examined immunohistochemically for the percentages of CD3, CD4, CD8, CD20, and CD68 cells.
      
The results obtained show that in extensive burn wounds bacterial antigens may not be recognized properly due to the decreased percentage of CD4 cells and increased percentage of CD8 cells, which enhances bacterial growth in these wounds.
      
Tissue-engineered skin substitutes may be a future remedy for burn wounds and chronic wounds, as wound contraction and scar formation cannot be prevented with the current standard treatment.
      
Three different tissues were studied: dermal tissue from split-skin graft, subcutaneous fat tissue and eschar tissue obtained through debridement of burn wounds.
      
Hospitalization of all burn wounds of 15% of the body surface or more.
      
 

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