Tool overview
CellType is listed under AI for Science AI tools.
What is CellType?
CellType combines biological foundation models with an open-source drug-discovery agent. celltype-cli plans analyses, runs more than 190 domain tools, queries over 30 scientific databases, executes Python and R workflows, and can offload GPU tools to CellType Cloud.
Best for
Computational biology and drug-discovery teams running agentic research workflows
Who is it for?
Decision note
A practical choice for computational biology teams comfortable with command-line workflows. Evaluate model costs, dataset availability, reproducibility, validation standards, proprietary-data controls, and whether local, cloud, or on-premise operation fits the program.
Key features
More than 190 drug-discovery tools
Over 30 scientific database APIs
Claude-powered multi-step research planning
Persistent Python and R sandbox
Managed biological data pipelines
GPU tool offloading to CellType Cloud
Use cases
Prioritizing drug targets
Profiling compounds and safety risks
Running pathway and biomarker analyses
Preparing data-backed research reports
Pros
- Free and MIT-licensed open source
- Runs locally with broad scientific tooling
- Supports cloud GPU and on-premise options
Cons
- Requires technical setup and an Anthropic API key
- Some tools need large local datasets
- External databases may impose rate limits
Limitations
Some analyses require local DepMap, PRISM, L1000, or other datasets and optional scientific dependencies. External APIs may rate-limit heavy use. Computational outputs require scientific validation and do not replace laboratory experiments or regulatory review.
Pricing details
Billing options
Pricing note
celltype-cli is free and open source with no usage limit imposed by CellType. Users still supply model access and infrastructure. CellType Cloud provides hosted GPU tools, while enterprise and on-premise deployments are available through contact sales.
Supported languages
- English
Integrations
PubMed
ChEMBL
UniProt
Open Targets
ClinicalTrials.gov
Reactome
PDBe
Please log in to join the discussion.