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DIGITAL TWIN

Optimise Human Trials with Our Digital Twin

Our digital twin simulates how an intervention changes the gut microbiome, and what that means for outcomes.

THE PROBLEM

Health effects emerge from interactions

A biomarker can indicate a difference without explaining what drives it. Microbes exchange metabolites, respond to diet and interact with the host. Understanding how these relationships produce an outcome means investigating the connected system, including how a change in one part affects the others.

digital twin

Explore how the microbiome works in silico

Minutia Twin combines biological evidence with Bayesian causal modelling through a proprietary framework built for microbiome and multiomics data. Investigate proposed mechanisms, compare possible explanations and explore how changes could propagate through the system, connecting microbial relationships to outcomes relevant to your research and products.

PRODUCT OVERVIEW

Trace mechanisms and simulate individual responses

Model your trial before you run it. The digital twin lets you pre-specify the mechanism behind your product’s effect, so you can make stronger health claims and avoid spending on studies unlikely to work.

Develop interventions and studies with stronger biological foundations

Use model predictions to prioritise intervention targets, identify candidate responders and compare virtual trial scenarios before committing to experimental or clinical studies.

Run explainable in silico experiments

Investigate causal microbial and metabolic relationships

Develop interventions and studies with stronger biological foundations

Use model predictions to prioritise intervention targets, identify candidate responders and compare virtual trial scenarios before committing to experimental or clinical studies.

Run explainable in silico experiments

Investigate causal microbial and metabolic relationships

THE BENEFITS

Make your data and research investment go further

Focus investment on the most promising ideas

Compare mechanisms and intervention scenarios in silico, prioritising experiments that can resolve uncertainty and advance product development.

Get more scientific value from your data

Connect microbiome and multiomics measurements within a biological model, turning existing datasets into a resource for new research questions.

Build a stronger case for your product

Link product hypotheses to proposed mechanisms and measurable outcomes, strengthening the rationale behind your validation studies and product differentiation.

the process

How we work with your team

Define the Question

We align on the mechanisms, outcomes and individual differences you want to investigate, alongside the scientific and commercial decisions the work should inform.

Bring Evidence Together

We review your microbiome, multiomics and study data alongside relevant biological knowledge, identifying which relationships can be modelled and where additional evidence is needed.

Build Models and Explore Scenarios

We construct and evaluate the model, run in silico experiments and examine predicted responses, proposed causal pathways and sensitivity to the underlying assumptions.

Turn Findings into Research Decisions

Together, we identify mechanisms worth testing, promising intervention targets and the experiments or clinical studies that can move your research and product development forward.

OUR PARTNERS

“If you have a digital twin, we can virtually screen. That would be fantastic.”

–

Rita, Biotech R&D Leader

OUR PARTNERS

“If you have a digital twin, we can virtually screen. That would be fantastic.”

–

Rita, Biotech R&D Leader

OUR PARTNERS

“If you have a digital twin, we can virtually screen. That would be fantastic.”

–

Rita, Biotech R&D Leader

Build stronger biological evidence from your multiomics data through explainable whole-system modelling.

Discuss your research goals with our team and explore how we can partner, combining our computational technologies with your organisation’s data and expertise to achieve your objectives.

Build stronger biological evidence from your multiomics data through explainable whole-system modelling.

Discuss your research goals with our team and explore how we can partner, combining our computational technologies with your organisation’s data and expertise to achieve your objectives.

Build stronger biological evidence from your multiomics data through explainable whole-system modelling.

Discuss your research goals with our team and explore how we can partner, combining our computational technologies with your organisation’s data and expertise to achieve your objectives.

Commonly Asked Questions

What is a microbiome digital twin?

How is this different from biomarker analysis?

What makes the models explainable?

What data do we need?

How are proposed mechanisms validated?

Can we use Minutia Twin to simulate trials?

Does the FDA recognise these approaches?

Have more questions? Check out our full FAQ page.

Singapore
77 High Street #09 - 11
High Street Plaza
179433

© 2026 minutia.ai. All rights reserved.

Singapore
77 High Street #09 - 11
High Street Plaza
179433

© 2026 minutia.ai. All rights reserved.

Singapore
77 High Street #09 - 11
High Street Plaza
179433

© 2026 minutia.ai. All rights reserved.