Wound Treatment Therapy
The wound treatment therapy deactivates pathogenic microorganisms within the wound environment without disrupting the cell walls. The wound treatment therapy of this invention combines the application of stabilized hypochlorous acid compound with the application of a hydrophobic wound dressing. The application of hypochlorous acid provides the initial anti-microbial agent, which disrupts and eradicates biofilm, as well as, deactivates the harmful pathogenic organisms within the wound environment. The application of the hydrophobic wound dressing, which is designed to bind harmful hydrophobic microorganisms and toxins, provides a mechanical vehicle for physically removing deactivated hydrophobic microorganisms form the wound environment with each dressing change.
1 : A wound treatment therapy comprising: a) applying topically a hypochlorous acid compound within a wound environment to deactivate micoorganisms without lysing pathogens; b) applying a hydrophobic wound dressing to the wound environment to bind deactivated microorganisms thereto; and c) removing the hydrophobic wound dressing from the wound environment to remove the deactivated microorganisms.
2 : The therapy of claim 1 wherein the hypochlorous acid is applied to also disrupt and eradicate bio-film within the wound environment
3 : The therapy of claim 1 wherein the hydrophobic fabric is comprised of hydrophilic fibers treated with a hydrophobic coating.
4 : A wound treatment therapy comprising; a) applying hydrophobic wound dressing to a wound environment; b) saturating the hydrophobic wound dressing with a hypochlorous acid compound to deactivate micoorganisms without lysing pathogens; and c) removing the hydrophobic wound dressing from the wound environment to remove the deactivated microorganisms.
5 : The therapy of claim 4 wherein the hyprochlorous acid is applied to also disrupt and eradicate bio-film within the wound environment
6 : The therapy of claim 4 wherein the hydrophobic fabric is comprised of hydrophilic fibers treated with a hydrophobic coating.