Allulose is a rare sugar that occurs naturally in small amounts in foods such as figs and raisins. It delivers a clean, sugar-like taste while contributing only a fraction of the calories of traditional sugar.

In Dulsa, allulose serves as the foundation of the sweetening system. Its mild flavor profile helps create familiar sweetness without the bitterness or chemical aftertaste often associated with many alternative sweeteners.

Monk fruit, also known as luo han guo, is a small fruit native to southern China that has been used traditionally for centuries. Its distinctive sweetness comes primarily from naturally occurring compounds called mogrosides.

Because monk fruit is significantly sweeter than sugar, only a small amount is needed. In Dulsa, it complements allulose and helps create a balanced sweetness profile without relying on artificial sweeteners.

Thaumatin is a naturally sweet protein derived from the katemfe fruit (Thaumatococcus daniellii), a tropical plant native to West Africa. Unlike conventional sugars, its sweetness comes from proteins naturally present in the fruit.

Thaumatin is exceptionally sweet, so only a very small amount is needed. In Dulsa, it works alongside allulose and monk fruit to round out the sweetness profile and help create a smooth, satisfying finish.

Yacón is a root vegetable native to the Andes and traditionally valued for its naturally sweet taste. It contains fructooligosaccharides (FOS), a type of carbohydrate that can function as a prebiotic by serving as a food source for beneficial bacteria in the gut.

In Dulsa, yacón root extract adds another dimension to the formula beyond sweetness. It complements the other fiber-based ingredients while contributing to Dulsa’s broader focus on the microbiome.

What makes it different is how it moves through the digestive system.

Unlike readily digestible carbohydrates, resistant fiber is not fully broken down in the small intestine. This allows more of it to continue through the digestive tract, where it becomes available for interaction and fermentation by the gut microbiota.

We chose resistant tapioca fiber for more than its fiber content. Its neutral taste, smooth texture and excellent solubility make it a natural fit for Dulsa, while its unique digestive properties complement the microbiome-focused design of the formula.

A functional blend of naturally derived bamboo fibers. In Dulsa, it plays a supporting role—helping us create a clean, consistent formula using plant-derived ingredients.

Its ability to naturally manage moisture helps preserve the texture and integrity of the blend, while its neutral character allows Dulsa’s sweetness and botanical ingredients to remain the focus.

Unlike traditional probiotics that depend on live microorganisms, a postbiotic is intentionally non-living. That stability makes it especially well suited for an everyday product like Dulsa, whether stirred into morning coffee, blended into a smoothie or incorporated into a recipe.

We selected L. paracasei 327 as part of Dulsa’s broader FEED • SEED • MODULATE approach to the gut microbiome. Prebiotic fibers help FEED the microbial ecosystem, our postbiotic brings the SEED component of our formulation philosophy, and together the ingredients were selected with MODULATING the microbial environment in mind.

Rather than approaching gut health through a single ingredient, Dulsa brings complementary components together as part of a more thoughtful microbiome-focused formulation.

Ionic fulvic minerals originate from ancient, mineral-rich organic deposits created through the natural decomposition of plant matter over time. Within these deposits are fulvic compounds and a remarkably diverse spectrum of naturally occurring trace minerals and elements.

What makes this complex especially distinctive is its ionic, water-soluble form. The minerals exist within a concentrated fulvic matrix, creating a broad-spectrum mineral complex rather than an isolated source of one or two individual minerals.

The complex used in our formula provides 65+ naturally occurring ionic trace minerals and elements, bringing together mineral diversity and fulvic compounds in one highly concentrated ingredient.

It is an extraordinary intersection of ancient geology, plant-derived organic matter and naturally occurring mineral complexity.

Natural vanilla comes from the fruit of the Vanilla planifolia orchid. Beyond its unmistakable aroma, vanilla contains hundreds of naturally occurring aromatic compounds that create its remarkable depth and complexity.

Among them are vanillin and other phenolic compounds that have been studied for their antioxidant properties—giving this treasured botanical a story that extends well beyond flavor.