Abstract: The present technology relates to stable antimicrobial compositions comprising a combination of undecylenic acid and one or more organic acids or salts thereof, which can be useful for sanitizing laundry and fabrics. These botanical compositions can still achieve antimicrobial efficacy and keep bacteria counts low while exhibiting exceptional stability. The present technology also relates to methods of disinfecting laundry or fabrics, comprising contacting such compositions to the laundry or fabrics, including adding any of the compositions to a washing machine or automatic laundering machine.

Abstract: The present technology relates to botanical antimicrobial compositions that comprise various ingredients, including undecylenic acid, organic acid or solvents; and that can be used as surface cleaners, disinfectants, sanitizers, or preservatives for food or consumer products. The present technology also relates to methods of disinfecting or sanitizing surfaces, or preserving food or personal care compositions, comprising contacting such surfaces, or food or personal care compositions, with an antimicrobial composition herein.

Abstract: Disclosed herein are ketal compounds, oligomers, and polyketals that are obtained in both high purity and high yield. These ketals and polyketals are utilized for their ability to readily release small chemical molecules, preferably fragrance molecules. Also disclosed are the utility of ketals and polyketals as delivery vehicles for controlled release of fragrances over time and/or on demand.

Abstract: The present technology relates to botanical film-forming compositions useful for the treatment of acne related skin disorders, as well as methods of treating such disorders. The compositions herein are advantageous in that they treat acne related skin disorders quickly and with minimal irritation and side effects.

Abstract: The present technology relates to alcohol-free botanical oral care compositions that are stable, natural, non-irritating and effective against oral pathogens. In various embodiments, these compositions can be in the form of an oral rinse, a toothpaste, an oral patch, an oral spray, a dental floss, or a lozenge. The present technology also relates to methods of treating a wound, and methods of coating a medical device, using any of the compounds discussed herein.

Abstract: The present technology relates to film forming compositions comprising antimicrobial agents, as well as to methods of inhibiting bacterial growth, controlling the rate of release of an antimicrobial agent from a film forming polymer, coating a medical device, rendering the inner lumen of a medical device biofilm resistant, and treating a human or animal.

Abstract: The present technology relates to botanical film-forming compositions useful for the treatment of acne related skin disorders, as well as methods of treating such disorders. The compositions herein are advantageous in that they treat acne related skin disorders quickly and with minimal irritation and side effects.

Abstract: Disclosed herein are compositions useful for coating medical devices which have antimicrobial (anti-infective) qualities and which are simple to manufacture and cost-effective, and therefore suitable for global use, including in developing countries with economic constraints, and in a cost-conscious healthcare environment. In one embodiment, disclosed are formulations that include chlorhexidine (CHX), curcumin (CUR), for example, curcumin C3 complex, and a silver (Ag) salt. Other embodiments pertain to compositions that include CHX, Ag and a lubricating agent. The antimicrobial coatings made according to embodiments of the invention are easier to produce, have superior efficacy and devices coated with this composition show initial release of antimicrobials and prolonged prevention of bacterial adherence, compared to currently available alternatives, to significantly reduce device-related infection especially catheter associated urinary tract infection.