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A non-parametric test (Spearman) was applied to test the relationship between the following: DBH vs. wound severity, wound position vs wound severity, wounded area vs. wound severity, wounded area vs. wound position, and wound position vs. DBH.
This review presents an update on the care of burn patients, with special emphasis on the mechanisms underlying burn wound healing and recent advancements in burn wound care.
Burns were excluded from the analyses since our data did not specify the percentage surface area burned and/or severity of the wounds, while wound severity is a major determinant for recovery duration and disability.
According to one model, the burn wound can be divided into three zones based on the severity of tissue destruction and alterations in blood flow [ 10, 24– 26].
For example, Klinger et al. [ 67] used fat injections in severe burn wounds as a trial to improve burn wound healing in humans.
Nonviable burn tissue is well recognized to be the driving force behind wound infection and burn wound sepsis.
Innate response to self-antigen significantly exacerbates burn wound depth.
Seventy-two patients had 107 burn wound infections.
Debridement of the burn eschar is a cornerstone of burn wound care.
The generally burned patients had moderate burn areas, about 20 50% total burn surface area (TBSA) of deep partial thickness or full thickness burn wound.
No significant difference was recorded for wound size and wound severity.
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