Nutrition can do more than supply matter. It can carry biological function.
microXpace integrates defined microbial functions into nutrition, enabling them to act at the interface between the animal, its microbiome and its physiology.
Through these interactions, our technologies can influence microbial ecology and associated immune, digestive and metabolic responses—supporting animal health, resilience and performance.
Animals do not respond to nutrition in isolation.
Every nutritional input enters a living system formed by the animal, its microbiome and their continuous physiological interactions.
Nutrition enters a living ecosystem
Feed supplies matter and energy, but it also shapes the biological environment in which microorganisms, immune pathways and metabolism interact.
Microbial functions influence relationships
Microbial glycans, enzymes and other functional components can provide signals or transform molecules that influence how the wider system behaves.
Defined functions can produce system-level effects
A precisely selected microbial contribution can influence biological processes far beyond the amount of material delivered.
Microbial leverage
The capacity of a defined microbial function to generate effects that extend beyond its material contribution.
From microbial function to system-level response
Our technologies deliver defined microbial functions through nutrition and enable them to act within the animal–microbiome system.
A defined microbial function
Each technology is built around a specific microbial function with a relevant biological role.
Delivery through nutrition
The function is introduced in a standardized, nutrition-compatible form.
Action at the animal–microbiome interface
It interacts with microbial ecology and connected immune, digestive or metabolic pathways.
A coordinated biological response
These interactions can support measurable health, resilience and performance outcomes.
One technological logic. Different microbial functions.
microXpace is not defined by one glycan, one bacterial strain or one animal species. Different functions are selected for different biological purposes.
α-Gal technologies
A microbial glycan delivered through nutrition provides a biological signal connecting microbial ecology with immune resilience.
NutryX®
A BSH-related microbial function acts at the interface of bile-acid metabolism, intestinal microbial ecology and animal physiology.
From biological mechanism to nutrition-ready technology
Our development process connects biological discovery with formulation, validation and real-world application.
Identify a nutrition-relevant mechanism
We begin with a biological function capable of influencing microbial, immune, digestive or metabolic relationships.
Identify its natural microbial carrier
We select microorganisms that naturally carry or express the function of interest.
Transform the function into a usable technology
The microbial component is standardized and developed in a stable, safe and nutrition-compatible form.
Validate biological and functional outcomes
The technology is evaluated in relevant animal systems using measurable outcomes.
Prepare for formulation and scale
Quality, manufacturing, formulation and practical integration are considered throughout development.
Mechanism-led. Function-specific. Designed for application.
Scientific depth and product development are integrated from the beginning.
Mechanism-led
We begin with a biological mechanism, not a generic microbial ingredient.
Function-specific
Each technology is developed around a defined microbial function and biological role.
Nutrition-integrated
Our technologies are designed to become part of practical animal-nutrition systems.
Validated in target animals
Evidence is generated in the species and biological contexts for which each technology is intended.
Designed for scale
Manufacturing, quality, standardization and formulation are incorporated from the outset.