Co-create the next microbial-function technologies for animal nutrition.
The most valuable opportunities often begin before an ingredient exists: with a biological question, a mechanism that matters and a shared vision of how it could become useful.
microXpace brings microbial ecology, immunology, nutrition and biotechnology into focused programs designed to generate new technologies, evidence and defensible IP.
Start with the biological question—not with a predefined product.
Co-Innovation creates a shared development space in which scientific novelty, nutritional relevance, industrial use and future value are considered together from the beginning.
A shared strategic question
A relevant unmet need framed jointly in biological and commercial terms.
Mechanism-led discovery
A defined function or interaction that can be studied, translated and protected.
Designed for future use
Species, format, delivery and industrial context considered early in development.
A value and IP pathway
Inventive contribution, ownership principles and development plans agreed before scale decisions.
New mechanisms, carriers, delivery systems and decision layers
The collaboration can begin at different points, but each program must connect a biological function with a credible path toward use.
Nutrition-relevant microbial mechanisms
Identify microbial enzymes, structures or signals that influence nutrition, immunity, metabolism or microbial ecology.
Microbial carriers of defined function
Find and characterize microorganisms that naturally carry the mechanism of interest.
Species-specific translation
Adapt the biological concept to a species, production system, health context and nutritional objectives.
Delivery and data integration
Connect formulation and delivery with requirements, decision tools or AI-supported prediction where relevant.
From shared question to a new development asset
Programs advance through evidence-based stages. Each stage should reduce uncertainty and clarify whether the opportunity deserves the next investment.
Frame the opportunity
Define the biological problem, intended use and strategic value.
Build the hypothesis
Connect a mechanism, microbial source and translational rationale.
Design the proof of concept
Select the model, endpoints, controls and decision criteria.
Generate interpretable evidence
Test whether the mechanism produces a relevant biological effect.
Shape the technology and IP
Define what to invent, protect and position toward the application.
Prepare the next development stage
Align validation, resources, rights and the pathway toward application.
What microXpace brings—and what the collaborator brings
Co-Innovation works when scientific capability, application knowledge, resources and routes to value are assembled around the same question.
microXpace can contribute
- Microbial ecology, immunology and nutrition-driven health expertise
- Translation from biological mechanism to technology concept
- Identification and characterization of microbial carriers
- Experimental design and access to relevant scientific networks
- Product logic, IP awareness and development-gate discipline
The collaborator can contribute
- Market, species or production-system knowledge
- Brands, data, materials or an industrial application context
- Formulation, process and performance requirements
- Regulatory, commercial or route-to-market perspective
- Funding and resources appropriate to the agreed stage
Invest progressively as biological and commercial uncertainty falls.
Each gate produces an interpretable decision—not simply another experiment.
Is the mechanism relevant and interesting?
Can a relevant biological effect be demonstrated?
Is the effect reproducible in the intended context?
Can the technology become producible, usable and scalable?
Create room for discovery before disclosing what could become valuable.
The collaboration framework should protect scientific exchange, future patentability and each party’s pre-existing assets.
Confidentiality first
Technical discussions take place under an appropriate confidentiality framework.
Preserve patentability
Avoid premature enabling disclosure and use controlled, defined scientific exchange.
Separate background IP
Pre-existing technologies and know-how remain clearly identifiable.
Negotiate new value
Ownership, access, licensing and exploitation principles are agreed for results.
Partners prepared to build—not simply to purchase a service
Who we co-innovate with
- Animal-nutrition and animal-health companies
- Universities and research institutions
- Data, AI and enabling-technology companies
- Investors and innovation programs supporting new ventures
- Organizations combining models, applications or access to market
What this page does not offer
- A menu of contract research services
- Formulation, scale-up or contract manufacturing services
- Generic consulting detached from technology creation
- Open disclosure of unpublished enabling science
- Automatic access to microXpace background IP
Bring us a biological question worth building around.
Together, we can determine whether it can become a differentiated technology for animal nutrition.