Comparison of MPPT to antibiotic and control treatments
See publication The purpose was to evaluate the ability of MPPT to reduce the time to reaching a clean wound and to achieve wound closure
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See publication The purpose was to evaluate the ability of MPPT to reduce the time to reaching a clean wound and to achieve wound closure
Yes. MPPT supports autolytic debridement of a wound. MPPT is not classified as a debrider. However, as MPPT via its mode of action supports the
Where MPPT touches the biofilm, the MPPT micro-pumps absorb and suck away the water in the biofilm. This creates holes in the biofilm which allow
Biofilm is a mucous substance that bacteria secrete and in which they embed themselves. Biofilms are part of the bacterial defences against the immune system
No. MPPT consists of microspheres. Nano is 1000 times smaller than micro.
MPPT powder consists of tiny micropore particles that can access all the crevices and areas that would not be touched by a traditional bandage type
MPPT sucks the exudate fluid away from the wound surface by means of capillary forces. Capillary forces automatically stop the sucking action as soon as
MPPT sucks the exudate fluid away from the wound surface by means of capillary forces. Capillary forces only work when there is excess fluid present.
Capillary action is the movement of water within the spaces of a porous material due to the forces of adhesion, cohesion, and surface tension. In
MPPT consists of micropore particles that absorb and remove wound exudate MPPT works in three steps: Absorption, Pumping by capillary forces and Evaporation: The Exudate
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