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Follow up of longlived dropletsize stability in O/W nanoemulsions for antibacterial applications and their thermoresponsive behaviour
(Instituto Tecnológico y de Estudios Superiores de Monterrey, 2025-05-09) Erick Jair, Sánchez Gaitán; Delgado Cepeda, Francisco Javier; emipsanchez; Bandala Solano, Yamir; Dulce Viridiana Melo Máximo; Rosales Hoz, María de Jesús; School of Engineering and Sciences; Campus Estado de México; González López, Vianney
Antibiotic resistance is now one of the most worrying global health threats, where common antibiotics have become obsolete. To counteract this urgent crisis, many studies and strategies have been employed to provide an effective solution. Novel therapeutic strategies have emerged, such as nanoemulsions, which offer an alternative to inhibit resistant bacteria. The application of nanoemulsions, specifically those involving essential oils, has the potential to become a constant in the industry due to their properties and capability to inhibit bacteria. Their thermoresponsive properties can make them suitable candidates to treat infections caused by resistant bacteria. This study, conducted as part of the Master of Science degree program in Nanotechnology, aims to analyze the long-lived stability of NEs and their antimicrobial properties as a possible alternative for treating microorganisms that exhibit antibiotic resistance. Hysteresis and thermoresponsive characterization of the NEs is a relevant aspect to ensure the stability of the NEs at possible operational conditions and thus the preservation of the antimicrobial properties of the NE. Finally, computational models will be employed as an approach to understand droplet formation and behavior.

Ciencias Exactas y Ciencias de la Salud

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