Transforming Psychiatry
Through Precision Neuroscience

MeOmics is pioneering a new era in psychiatric drug discovery with a first-in-class, AI-enhanced, human neuronal cell platform designed to unlock patient-specific insights and radically improve treatment success.
We combine cutting-edge stem cell biology, advanced electrophysiology, and machine learning to build predictive biomarkers that stratify patient response at the earliest stages of drug development, bringing precision medicine to psychiatry for the first time.

Why Psychiatry Needs a New Approach

Psychiatric illness remains one of the most underserved areas in medicine. High clinical trial failure rates, a lack of translatable models, and poor stratification of patients have held back innovation for decades. MeOmics addresses this challenge head-on.

Our Platform

We use patient-derived iPSC neurons and multi-electrode array technology to profile functional neuronal activity and identify biologically distinct responder groups. By pairing this with proprietary AI analytics, we uncover patterns linked to symptom severity, clinical subtype, and drug response, generating powerful decision-making tools for preclinical discovery teams.

Built with Real-World Data

Developed in collaboration with leading mental healthcare institutions, our platform is anchored in real patient biology. We’ve already stratified neuronal phenotypes from a diverse cohort of individuals with psychosis, and validated links between cell activity and clinical outcomes — a foundational step towards more targeted, effective therapies.

Partner with Us

Whether you're a biotech innovator with a novel mechanism or a pharma team looking to de-risk clinical entry, please get in touch to see how we can work together.

About MeOmics

Developing personalised treatments
for patients with mental health disorders.

The Science

Grounded on specialist expertise in epithelial cell biology and Neuropsychopharmacology.

Collaborate with us

Please make contact to innovate with us and to find new treatments for patients with conditions currently with no cure.

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