Response surface modeling of reductions in uropathogenic Escherichia coli biofilms on silicone by cranberry extract, caprylic acid, and thymol

Agriculture & Biology

• anti-infective agents 22%
• biofilm 60%
• catheters 31%
• coatings 12%
• cranberries 78%
• extracts 31%
• octanoic acid 73%
• response surface methodology 14%
• silicone 67%
• thymol 70%
• urinary tract diseases 20%
• uropathogenic Escherichia coli 100%

Medicine & Life Sciences

• Anti-Infective Agents 15%
• Biofilms 58%
• Catheters 23%
• Costs and Cost Analysis 9%
• octanoic acid 86%
• Silicones 64%
• Thymol 89%
• Urinary Tract Infections 14%
• Uropathogenic Escherichia coli 83%
• Vaccinium macrocarpon 91%

Earth & Environmental Sciences

• acid 37%
• biofilm 53%
• coating 9%
• cost 6%
• infection 11%
• modeling 24%
• product 5%
• response surface methodology 13%