GlycoActive™ HMOs,
suitable for all
We deliver bioactives for every stage of life- whether you’re building a product for newborns, athletes, aging population, or furry friends
Human milk oligosaccharides (HMOs) are unique sugars found in breast milk—not for nutrition, but for immune, brain, and gut development.
At Inbiose, we recreate nature’s most powerful GlycoActive™ HMOs with precision fermentation, making them available to support health from infancy to adulthood.
GlycoActive™ HMOs are nature-identical complex carbohydrates found in breast milk, evolved not just to nourish, but to shape health in more profound ways.
HMOs fuel beneficial bacteria while crowding out unwanted microbes. Certain HMOs are known to support keys strains of Bifidobacteria, Akkermansia and, other beneficial species.
HMOs guide the immune system with precision. By influencing immune signaling, they promote balance: enhancing defense without overreaction.
HMOs help reinforce the gut barrier, supporting digestive integrity and resilience, building a solid foundation for health across life stages.
HMOs support infant cognitive development, metabolic wellness, joint mobility in pets, infection resilience in livestock, and even stress tolerance in plants.
Most abundant HMO in human milk
Most formulated and researched HMO, with widespread benefits
Rises significantly during lactation
Unique benefits for women during pregnancy
Found in high concentration in human milk
Structurally foundational for many other HMOs
Rises significantly during lactation
Selective microbiota support
Most abundant sialylated HMO in breast milk
Carries sialic acid, a key building block for the brain
Unique prebiotic profile
Well researched across age groups
While pregnant, women already start producing HMOs as early as the first trimester. There is great variability in quantity of individual HMOs that is produced in different women, and throughout the lactation period. One of the major differences is determined by genetics in the FUT2 gene: secretor vs non-secretor of 2'-FL.
Graph adapted from
Liu et al., 2023
Graph adapted from
Liu et al., 2023
Graph representing a non-secretor group (12%) from a US cohort, adapted from Plows et al., 2021