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Workflows

Multi-agent YAML workflows — no Python required.


Discovery (workflows/discovery/)

File What it does
biomodels_discovery_pipeline.yaml Question → ranked shortlist
biomodels_assumption_review.yaml Assumption review + human approval
biomodels_baseline_simulation.yaml Baseline simulation
biomodels_perturbation_study.yaml Perturbation scenarios
biomodels_comparison_report.yaml Comparison report
biomodels_full_research_workflow.yaml All phases (7 steps)
praisonai workflow run workflows/discovery/biomodels_discovery_pipeline.yaml

Cookbooks (workflows/cookbooks/)

File Demo
glycolysis_demo.yaml BIOMD0000000206 end-to-end
mapk_p53_discovery.yaml MAPK / p53 shortlist

Orchestration patterns

File Pattern
sysbio_route_by_input.yaml Route by domain
parallel_sensitivity_scan.yaml Parallel scans
team_model_review.yaml AgentTeam review
full_platform_showcase.yaml Route + Parallel + Memory
precision_medicine_loop.yaml Loop: baseline → perturb → compare

Platform (workflows/platform/)

Production patterns — policy, approval, eval, MCP, bots.

File What it does
approval_assumption_gate.yaml Human approval before assumption review
approval_parameter_scan.yaml Human approval before parameter scan
policy_guarded_simulation.yaml Simulation with export path policy
eval_regression_gate.yaml Eval gate on tool selection
mcp_sysbio_server.yaml Run sysbio MCP server workflow
botos_sysbio_telegram.yaml Telegram bot + sysbio tools (needs token)
botos_stub.yaml BotOS wiring stub
praisonai workflow run workflows/platform/policy_guarded_simulation.yaml

Agent defaults: workflows/agents/defaults.yaml


Flow (full research)

graph TD
    A[Intake] --> B[Search BioModels]
    B --> C[Assumption review]
    C --> D[Simulate]
    D --> E[Report]

Before running: python -c "import praisonai_bio"

See For researchers and Recipes.