Cosmetic products have been part of human culture for thousands of years, and so have natural ingredients like starch. From ancient skincare rituals to modern beauty innovations, starch has played a crucial role due to its abundance and versatility. Today, at CarbExplore, we are redefining what starch can offer to the cosmetics industry. By leveraging enzymatic technology, we are unlocking new, sustainable functionalities that meet the modern demand for high-performance and eco-conscious ingredients.
Fermented skincare may sound like a recent innovation, but it has roots in traditional Asian beauty practices dating back decades. A well-known example is the use of yeast extracts derived from sake brewing, a discovery inspired by the soft hands of brewery workers. Fermented skincare often uses extracts from fermented rice, soybeans, and even fruit – a clever use of food by-products that are now found in a growing number of high-end skincare products.
What makes these ingredients so effective?
The fermentation process breaks down complex compounds into smaller, more bio available molecules, improving skin absorption and efficacy. Rather than relying on harsh chemical processes to modify ingredients, fermentation uses nature’s own biochemical toolkit – microorganisms like Lactobacillus – to do the work more gently and sustainably.
In addition to enhancing active ingredients, some fermented extracts contain probiotics, which support skin barrier function and reduce inflammation. This makes fermented skincare particularly appealing for consumers with sensitive or aging skin.
At CarbExplore, we have deep expertise in fermentation, especially when it comes to Lactobacillus, a type of bacteria well known for its probiotic properties for the gut and, according to new research, for the skin. Many of the enzymes in our toolbox come from Lactobacillus strains. These enzymes produce prebiotic carbohydrates and glycosylated natural products, compounds that not only enhance gut health but are now being explored for their skin-supporting properties.
We are actively investigating the potential of these microorganisms. For example, as sources of prebiotic carbohydrates and active ingredients or by seeding the skin as probiotics themselves.
Our goal is to develop functional carbohydrate-based solutions that contribute to healthier, more resilient skin. Aligning with growing consumer demand for clean, biotech-enabled beauty products.
Get in touch with our team to explore collaboration opportunities.
