We describe a new staple-on dressing technique for skin-graft stabiliz
ation, using gas-sterilized polyurethane foam as bolster material. The
method has all the attributes of a satisfactory skin-graft dressing:
compression to prevent hematoma and seroma, resistance to shear forces
, splinting properties, and protection from the outside environment, A
lthough we have not completed a randomized, prospective study, skin-gr
aft ''take'' appears to be excellent in most cases. The technique is c
ost effective, and application requires a fraction of the time require
d far a traditional bolster dressing.