The most clinically relevant model for immune disease
Drug hunters lack causal immunology data. Graph is building the map we need to unlock better therapies at scale.
A. in a nutshell
1. The Functional Immune Manifold
Immune diseases affect 600M+ people. We map their complex underlying mechanisms into one model of immune function.
2. Building the Data Layer
To do this we are building the world's largest causal immunology dataset, iterating between AI predictions and large-scale lab experiments.
3. Unmatched Clinical Relevance
By probing & validating in live patient cells, we de-risk novel therapies long before they reach the clinic.
Learn more about our science1. The Functional Immune Manifold
Immune diseases affect 600M+ people. We map their complex underlying mechanisms into one model of immune function.
2. Building the Data Layer
To do this we are building the world's largest causal immunology dataset, iterating between AI predictions and large-scale lab experiments.
3. Unmatched Clinical Relevance
By probing & validating in live patient cells, we de-risk novel therapies long before they reach the clinic.
Learn more about our scienceB. news and research
- Quantifying ex vivo model realism for novel target discovery in inflammatory diseasesResearch
- Graph Therapeutics Brings Total Funding to Over $10 Million to Advance Therapeutics Programs in Inflammation and ImmunologyNews
- Functional Profiling of Rheumatoid Arthritis Reveals Disease-Specific Immunomodulatory Responses and Novel Therapeutic TargetsResearch
- Functionally-Guided Multiomics Profiling of Human Systemic Inflammation Identifies Myeloid Therapeutic TargetsResearch
- Graph partners with Parse BiosciencesNews
- First data in RA - Cytodata 2025Research
- Data Foundations of Precision ImmunologyArticle
- Graph and BIIE announce strategic collaboration in precision immunologyNews