Interfase Plus
Biofilms are protective encasements formed by microorganisms making them highly resistant to antimicrobials. InterFase® Plus is a unique enzyme formulation designed to break up the biofilm matrix that embeds the GI organisms along with EDTA to bind biofilm-forming metals.†InterFase® Plus combines the same unique enzyme formulation found in InterFase® with ethylenediaminetetraacetic acid (EDTA). The presence of calcium, iron, and magnesium is essential for biofilm creation and serves to cross-link the anionic regions of polymers. InterFase® Plus includes EDTA which binds the metals needed for biofilm formation. InterFase® Plus can be used for maximum antibiofilm activity.†
Biofilms are protective encasements formed by microorganisms making them highly resistant to antimicrobials. InterFase® Plus is a unique enzyme formulation designed to break up the biofilm matrix that embeds the GI organisms along with EDTA to bind biofilm-forming metals.†InterFase® Plus combines the same unique enzyme formulation found in InterFase® with ethylenediaminetetraacetic acid (EDTA). The presence of calcium, iron, and magnesium is essential for biofilm creation and serves to cross-link the anionic regions of polymers. InterFase® Plus includes EDTA which binds the metals needed for biofilm formation. InterFase® Plus can be used for maximum antibiofilm activity.†
Biofilms are protective encasements formed by microorganisms making them highly resistant to antimicrobials. InterFase® Plus is a unique enzyme formulation designed to break up the biofilm matrix that embeds the GI organisms along with EDTA to bind biofilm-forming metals.†InterFase® Plus combines the same unique enzyme formulation found in InterFase® with ethylenediaminetetraacetic acid (EDTA). The presence of calcium, iron, and magnesium is essential for biofilm creation and serves to cross-link the anionic regions of polymers. InterFase® Plus includes EDTA which binds the metals needed for biofilm formation. InterFase® Plus can be used for maximum antibiofilm activity.†