- BASF scientists will present at the 35th IFSCC Congress in Cannes from September 15-18, 2025.
- Research includes the role of Corynebacteria in skin aging and a new retinol delivery system.
- BASF explores taurine's impact on skin cell longevity and bio-based polysaccharides in cosmetics.
- Innovative solid lipid particles technology improves retinol stability and bioavailability.
IFSCC Congress Presentation
BASF scientists will present their latest research at the 35th International Federation of Societies of Cosmetic Chemists (IFSCC) Congress in Cannes from September 15-18, 2025. The event, themed “The Future in Science,” will focus on advancements in cosmetic science.
Corynebacteria and Skin Aging
BASF researchers will discuss the role of Corynebacteria in skin health and aging. Their study highlights changes in Corynebacteria distribution with age, noting the prevalence of C. kroppenstedtii in older skin. They found that C. accolens enhances collagen synthesis and promotes fibrillin-1, claudin-1, and filaggrin, making Corynebacteria a promising target for anti-aging skincare.
Microbiome-Friendly Formulations
A BASF team explored the impact of galenic ingredients on skin microbiota. Their study emphasizes selecting ingredients that maintain healthy skin microbiota in personal care products. Both rinse-off and leave-on formulations were tested, proving gentle to the skin’s microbiome while meeting consumer expectations.
Taurine's Role in Skin Longevity
BASF experts investigated taurine's potential in slowing skin aging. They studied taurine and its transporter, TauT, in combating skin cell senescence. A plant extract was identified to boost taurine and TauT levels, opening new possibilities for anti-aging skincare strategies.
Bio-Based Polysaccharides
In collaboration with Stanford University, BASF studied bio-based polysaccharides in cosmetic formulations. These ingredients enhance skin moisturization, stabilize formulations, and improve emollient penetration, contributing to sustainable and effective cosmetics.
Retinol Delivery System
BASF developed a solid lipid particles (SLP) delivery technology to improve retinol stability and bioavailability. The SLP formulation showed an 83% retention rate after four months and increased collagen I levels by 43%, setting a new standard for retinol formulations.
