MULTI-OMICS

AI

BETTER HEALTH

Transforming Biological
Data Into Intelligence

Bioinformatics, multi-omics and AI solutions for biomedical research, drug discovery and precision health.

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Discuss Your Project

Services

Services

NEW THIS WEEKWeekly Research Intelligence
NEW THIS WEEKWeekly research
GENOMICS
DNA variants and mutations
TRANSCRIPTOMICS
RNA expression and cell states
PROTEOMICS
Proteins and signalling
METABOLOMICS
Metabolites and pathways
AI
Models that connect every layer
DNA variants and mutations

About us

Science, data and AI.
Connected by expertise.

We connect biological data, computational analysis and scientific expertise to help research, biotechnology and healthcare teams turn complex questions into meaningful insights.

About MultiOmics Intelligence

About MultiOmics Intelligence

OUR PURPOSE

From complex biology to actionable insight.

We integrate genomics, transcriptomics, proteomics, clinical data and AI to accelerate discovery and improve human health.

Bioinformatics & AI Solutions

Bioinformatics & AI Solutions

Omics, AI development, biomarkers, drug discovery and clinical research analysis.

Explore

Explore

Consultancy

Consultancy

Pharmaceutical, scientific and AI implementation guidance.

Explore

Explore

BioOmics Health & Longevity 2

BioOmics Health & Longevity

Connected health data and scientific insight for biological ageing and everyday wellbeing.

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Explore

See the work

Choose your focus.

Pick an area to see the kind of analysis workspace we build for it. Every view is live and uses simulated data.

From expression to explainable models
From expression to explainable models
From expression to explainable models

THE MULTI-OMICS STORY

Biology doesn’t exist in a single layer. Neither should its analysis.

WHAT EACH LAYER SEES
Each assay sees one part of the picture.
Genomics reads the sequence. Transcriptomics shows which genes are active. Proteomics measures the proteins doing the work, and metabolomics captures the chemistry that follows. Clinical data records what actually happened to the patient.
WHAT EACH LAYER SEES
Each assay sees one part of the picture.
Genomics reads the sequence. Transcriptomics shows which genes are active. Proteomics measures the proteins doing the work, and metabolomics captures the chemistry that follows. Clinical data records what actually happened to the patient.
WHY INTEGRATE
Together, the layers tell the story.
One layer alone can be noisy or misleading. When the layers are combined with methods such as MOFA+, shared patterns emerge: groups of patients, pathways and biomarkers that no single assay shows on its own.
WHY INTEGRATE
Together, the layers tell the story.
One layer alone can be noisy or misleading. When the layers are combined with methods such as MOFA+, shared patterns emerge: groups of patients, pathways and biomarkers that no single assay shows on its own.
WHERE AI HELPS
AI finds it. Explainability shows why.
Machine-learning models learn from the combined data, and explainability methods show which measurements drive each result. Every finding can be checked, validated and reproduced before it is reported.
WHERE AI HELPS
AI finds it. Explainability shows why.
Machine-learning models learn from the combined data, and explainability methods show which measurements drive each result. Every finding can be checked, validated and reproduced before it is reported.

OUR PROCESS

How we work

A collaborative, transparent process from question to impact.
Define

01

Discuss

Your question and objectives.

Scientific and bioinformatics consultancy

02

Define

Data, scope and deliverables.

Deliver

03

Deliver

Analysis or expert guidance.

Scientific review and interpretation

04

Review

Findings and next steps.

RESEARCH & INSIGHTS

Weekly scientific updates and in-depth analysis.

Heatmap with clustering

Read this week's research

Biomarker ranking

Read this week's research

Multi-omics integration

Read this week's research

WHY WORK WITH US

Trusted expertise. Real-world impact.

Scientific and bioinformatics consultancy

Scientific expertise

Deep domain knowledge across multi-omics and translational research.

AI and machine learning

Computational intelligence

Advanced AI and bioinformatics for meaningful insights.

Public datasets

Global collaboration

Partnering with academic, clinical and industry leaders worldwide.

OUR CAPABILITIES

End-to-end expertise across the multi-omics data lifecycle.

Multi-omics

Omics & Multi-Omics Analysis

Integrated analysis across molecular layers.

AI and machine learning

AI & Machine Learning

Transform complex data into predictive insights.

Biomarker discovery

Biomarker Discovery & Validation

Identify robust markers for precision health.

Drug discovery

Drug Discovery & Target Prioritisation

Find actionable targets and accelerate discovery.

Clinical data and biostatistics

Clinical Data & Biostatistics

Rigorous statistics for meaningful clinical evidence.

Public datasets

Public Dataset Research

Unlock new insights from existing research data.

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What are you working on?

Discuss your research question and the support you need.

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