Biofilms

• Contains berberine which weakens mature biofilms and increases antibiotic effectiveness by blocking bacterial adhesion

• Protease enzymes break down protein fibers that hold biofilm matrices together, allowing immune cells to penetrate

• Targets biofilms that make pathogens 10-1000 times more resistant to antimicrobial treatments

• Protease enzymes degrade biofilm protein structures, allowing antibiotics and immune cells to penetrate protected bacterial communities

• Pomegranate extract blocks bacterial communication and EPS production, significantly weakening Staphylococcus aureus and Pseudomonas aeruginosa biofilms

• Ceylon cinnamon disrupts quorum sensing systems, reducing bacterial coordination and biofilm formation in E. coli and other pathogens

• Disrupts biofilm protective barriers that make infections up to 1000 times more treatment-resistant

• Breaks disulfide bonds in bacterial slime layers, exposing hidden pathogens to immune system attack

• Boosts glutathione production to reduce oxidative stress that encourages biofilm formation

• Berberine from Phellodendron weakens mature biofilms and increases antibiotic effectiveness by blocking bacterial adhesion

• Garlic disrupts bacterial communication systems that coordinate biofilm formation, destabilizing protective communities

• Clove oil reduces biofilm thickness by up to 70% and biofilm formation in yeast by 68.4-84.2%