Objective: Iocide® disinfectant solution was investigated for treatment of Pseudomonas aeruginosa biofilms using the ASTM method E2196-02, with minor modifications.
Methods: Pseudomonas aeruginosa biofilms were grown on 13 mm diameter x 1 mm thick, sterilized, hydroxyapatite disks (coupons), under the conditions of constant fluid-shear and temperature (37oC)…
Levels of bacteria detected in untreated dental unit waterlines (DUWLs) are typically μ1,000,000 colony forming units per milliliter (CFU/mL).1-3 Given that the acceptable standard for drinking water is [ 500 CFU/mL, DUWL water is generally considered unfit for human consumption…
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This study investigated the effectiveness of a novel polymer-based skin product to improve the texture of skin in hands. The product is an acetone and polymer-based skin coating technology that has been developed as a combination barrier product and drug delivery vehicle. The technology has the potential to address numerous distinct clinical applications by incorporating active ingredients to create dermatologicals, active skin care products, and cosmeceuticals…
Download PDF Read MoreThis study evaluated an acetone and polymer-based skin coating technology that has been developed as a combination barrier product and drug delivery system. The technology has the potential to address numerous distinct clinical applications by incorporating active ingredients to create dermatologicals, active skin care products, and cosmeceuticals…
Download PDF Read MoreEpikeia® is an acetone and polymer-based skin coating technology that has been developed as a combination barrier product and drug delivery vehicle. The technology has the potential to address numerous distinct clinical applications by incorporating active ingredients to create dermatologicals, active skin care products, and cosmeceuticals…
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