Supramolecular active delivery systems: Estee Lauder CompaniesRecent Research Landscape
Poor solubility and chemical instability of active acids limit their bioavailability and efficacy in sebum-regulating topical formulations.
What technical problems is Estee Lauder Companies addressing in Supramolecular active delivery systems?
Resveratrol derivative oxidative degradation
(6)evidences
Low AMPK activation and oxidative stress lead to diminished cellular energy and compromised skin barrier function.
Sebocyte lipid overproduction
(9)evidences
Overactive sebocytes and uncontrolled lipogenesis lead to seborrhea and comedone formation, requiring targeted delivery of regulatory lipids and extracts.
Non-covalent assembly solubility limits
(7)evidences
Individual cosmetic compounds like azelaic acid and hydroxycinnamic derivatives exhibit limited water solubility and stability, hindering their efficacy in personal care formulations.
Dicarboxylic acid recrystallization
(6)evidences
Azelaic acid and related linear saturated dicarboxylic acids frequently recrystallize or fail to dissolve at high concentrations in aqueous cosmetic formulations.