Biology & clinical context
Metabolic health, immune profiles and individual biological characteristics.
SCIENCE
From scientific knowledge
to personalized decisions.
Connecting nutrition, biology and computational intelligence to understand individual differences — and make scientific knowledge usable.
1. OUR SCIENTIFIC APPROACH
Understand the person.
Connect the evidence.
Personalization starts with understanding how biology, nutrition and everyday life interact. Touva brings these dimensions into a shared computational framework.
Microbiome & multi-omics
Connecting microbial composition, function and metabolites.
Nutrition & lifestyle
Dietary patterns, preferences and the context of everyday choices.
2. COMPUTATIONAL NUTRITION
From connected data
to actionable intelligence.
The Computational Nutrition Core brings scientific knowledge, AI and mechanistic models together to support personalized nutrition decisions.
Explore the platform →Scientific knowledge & data
Bring complementary sources into context.
Computational models
Explore relationships and generate predictions.
Personalized guidance
Translate intelligence into relevant experiences.
3. RESEARCH IN PROGRESS
Advancing precision nutrition.
Two ongoing research initiatives connecting scientific investigation with the questions that matter for personalized nutrition.
Ongoing European project
NUTRIMMUNE
Nutrition, immunity and metabolic health.
A European collaboration investigating how precision nutrition can account for individual immune profiles. The project brings together clinical, immunology, nutrition and computational expertise.
Integrative Phenomics contributes in silico modelling and tools for delivering precision nutrition recommendations.
EIC PathfinderHorizon EuropeEU grant 101162457
NUTRIMMUNE is funded by the European Union through EIC Pathfinder, Horizon Europe (grant 101162457).
Ongoing clinical study
PINEAPPL
Understanding low-grade inflammation.
A French study exploring relationships between nutrition, lifestyle, the gut microbiome and inflammation. Its objective is to identify factors that could inform more personalized approaches to cardiometabolic prevention.
Led by the NutriOmics research team affiliated with Inserm, Sorbonne Université and AP-HP, with Integrative Phenomics as study sponsor.
Planned: 3,000 participants8 centres · 6 French citiesFrance 2030 support
PINEAPPL is supported by France 2030.
These initiatives are ongoing. Research objectives are not completed findings or evidence of demonstrated outcomes for the Touva platform. Study information and participation are managed on the official project websites.
4. SELECTED PUBLICATIONS
A foundation in published research.
Selected peer-reviewed work listed in the Integrative Phenomics research library.
Nature Medicine · 2022
Microbiome and metabolome features of the cardiometabolic disease spectrum
Microbiome · Metabolomics · Cardiometabolic health
Nature Communications · 2020
Imidazole propionate is increased in diabetes and associated with dietary patterns and altered microbial ecology
Diet · Microbial metabolites · Diabetes
Each publication has its own research scope and limitations. These references provide scientific context; they do not, by themselves, establish the clinical effectiveness of every Touva application.
5. BUILDING EVIDENCE
Clear questions.
Transparent evidence.
Published knowledge
Trace scientific claims to their original research and methods.
Ongoing investigation
Keep study aims distinct from findings that have been reported.
Application-specific evaluation
Assess models and use cases in the populations and settings where they will be used.
CONNECT SCIENCE WITH REAL-WORLD QUESTIONS
Let’s advance personalized nutrition.
Talk to us about research collaborations and scientific partnerships.