Ferulic acid ethosomes co-modified with astragaloside iv and ceramide iiib

1. Ferulic acid ethosomes co-modified with astragaloside iv and ceramide iiib decreases lipofuscin in worms.

   “reduced lipofuscin accumulation, and improved resistance to oxidative stress and high-temperature conditions”

   Model organisms

   Astragaloside IV and ceramide IIIB co-modified ferulic acid ethosomes: a promising novel approach for skin anti-aging

   Journal of liposome research·8 Dec 2025

More on Lipofuscin

1. Ferulic acid ethosomes co-modified with astragaloside iv and ceramide iiib extends lifespan in worms.

   “In C. elegans models, FA-ES increased transdermal absorption efficiency, extended lifespan”

   Model organisms

   Astragaloside IV and ceramide IIIB co-modified ferulic acid ethosomes: a promising novel approach for skin anti-aging

   Journal of liposome research·8 Dec 2025

1. Ferulic acid ethosomes co-modified with astragaloside iv and ceramide iiib decreases senescence-associated beta-galactosidase in zebrafish.

   “Comparative studies in zebrafish models showed FA-ES significantly reduced embryonic toxicity and β-galactosidase activity”

   Animals

   Astragaloside IV and ceramide IIIB co-modified ferulic acid ethosomes: a promising novel approach for skin anti-aging

   Journal of liposome research·8 Dec 2025

More on Senescence-associated beta-galactosidase