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Bactericidal effect of direct and indirect plasma for medical instruments: Comparative experimental study

Abstract
Background: Medical equipment must be thoroughly sterilized before use. A potentially useful method for sterilizing medical equipment is non-thermal atmospheric pressure plasma technology. Plasma can be applied directly using cold atmospheric pressure plasma jet (CAPPJ) or indirectly using a plasma-activated mist (PAMi). Aim was to assess the bactericidal effect of direct plasma (CAPPJ) and indire...
Keywords
Plasma
Physics
Nuclear physics
Sustainable Development Goals (SDG)
Zero hunger



Bactericidal effect of direct and indirect plasma for medical instruments: Comparative experimental study

Bactericidal effect of direct and indirect plasma for medical instruments: Comparative experimental study

Abstract
Background: Medical equipment must be thoroughly sterilized before use. A potentially useful method for sterilizing medical equipment is non-thermal atmospheric pressure plasma technology. Plasma can be applied directly using cold atmospheric pressure plasma jet (CAPPJ) or indirectly using a plasma-activated mist (PAMi). Aim was to assess the bactericidal effect of direct plasma (CAPPJ) and indire...
Keywords
Plasma
Physics
Nuclear physics
Sustainable Development Goals (SDG)
Zero hunger