Fragrance active stabilization and controlled release in topical formulations
A cutting-edge microencapsulation technology using hollow yeast cell wall particles to stabilize volatile scent compounds and enable controlled release in topical formulations. This approach improves fragrance stability ...
Bio-based microcapsules for sustained fertilizer nutrient release
This technology utilizes yeast particle encapsulation and bio-based coatings to create slow-release fertilizers, which can control nutrient delivery and stimulate plant immunity. Designed for environmentally friendly agr...
Targeted catalytic hair lightening via yeast particle delivery system
An innovative hair lightening technology using yeast particles for targeted delivery of catalysts to the hair cortex. This method enhances peroxide efficiency, minimizes keratin damage, and allows fragrance encapsulation...
Next-generation diaper technology with targeted skin-protective active release
Innovative diaper technology using glucan particle encapsulation for moisture-activated release of skin-protective actives, enhancing comfort and protection for infants. Incorporates soothing, anti-inflammatory, and prot...
Results may appear later and can be imperfect.
Results may appear later and can be imperfect.
delivered to your inbox.