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Radiology, Vol 123, 331-332, Copyright © 1977 by Radiological Society of North America

ARTICLES

Effect of evaporative surface cooling on thermographic assessment of burn depth

VJ Anselmo and BE Zawacki

Differences in surface temperature between evaporating and nonevaporating, partial- and full-thickness burn injuries were studied in 20 male, white guinea pigs. Evaporative cooling can disguise the temperature differential of the partial-thickness injury and lead to a false full-thickness diagnosis. A full-thickness burn with blister intact may retain enough heat to result in a false partial-thickness diagnosis. By the fourth postburn day, formation of a dry eschar may allow a surface temperature measurement without the complication of differential evaporation. For earlier use of thermographic information, evaporation effects must be accounted for or eliminated.




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