Requirements
- Target platform
- OpenClaw
- Install method
- Manual import
- Extraction
- Extract archive
- Prerequisites
- OpenClaw
- Primary doc
- SKILL.md
Label-backed medication answers with citations and traceable IDs. RxCUI/NDC/set_id, key label sections, optional recalls/shortages/FAERS/interactions.
Label-backed medication answers with citations and traceable IDs. RxCUI/NDC/set_id, key label sections, optional recalls/shortages/FAERS/interactions.
Hand the extracted package to your coding agent with a concrete install brief instead of figuring it out manually.
I downloaded a skill package from Yavira. Read SKILL.md from the extracted folder and install it by following the included instructions. Tell me what you changed and call out any manual steps you could not complete.
I downloaded an updated skill package from Yavira. Read SKILL.md from the extracted folder, compare it with my current installation, and upgrade it while preserving any custom configuration unless the package docs explicitly say otherwise. Summarize what changed and any follow-up checks I should run.
Medication answers you can cite. med-info turns a drug name (or RxCUI, NDC, SPL set_id) into a label-backed summary with traceable identifiers and source links. Use it when you want βshow your workβ medication information for notes, training, QA, internal docs, or agent workflows. Not medical advice.
Authoritative sources first: FDA labeling via openFDA + DailyMed, identifiers via RxNorm/RxClass. Citations + traceability: RxCUI, NDC (product/package), SPL set_id, effective dates, and URLs. The sections you actually need: boxed warning, indications, dosing, contraindications, warnings, interactions, adverse reactions. Optional safety context (opt-in flags): recalls, shortages, FAERS aggregates, interactions, drug class, hazardous drug flag, REMS linkouts, Orange Book, Purple Book. Automation friendly: --json output for pipelines.
Do not include PHI. Query by drug name or identifiers only.
cd {baseDir} python3 scripts/med_info.py "Eliquis" --brief Common workflows: # Only the sections you care about python3 scripts/med_info.py "Eliquis" --sections contraindications,drug_interactions --brief # Find keyword hits in label text (fast way to answer "does the label mention X?") python3 scripts/med_info.py "Eliquis" --find ritonavir --find CYP3A4 --find P-gp --find-max 8 # Deterministic lookups by identifier (best for reproducibility) python3 scripts/med_info.py "70518-4370-0" # NDC (package) python3 scripts/med_info.py "70518-4370" # NDC (product) python3 scripts/med_info.py "05999192-ebc6-4198-bd1e-f46abbfb4f8a" # SPL set_id
python3 scripts/med_info.py "metformin" --candidates python3 scripts/med_info.py "metformin" --candidates --pick 2 --brief python3 scripts/med_info.py "metformin" --set-id "05999192-ebc6-4198-bd1e-f46abbfb4f8a"
# Pharmacist-friendly output bundle python3 scripts/med_info.py "Eliquis" --pharmacist --brief # Safety signals and operational context (opt-in) python3 scripts/med_info.py "metformin" --recalls --brief python3 scripts/med_info.py "amphetamine" --shortages --brief python3 scripts/med_info.py "Eliquis" --faers --faers-max 10 python3 scripts/med_info.py "Eliquis" --interactions --interactions-max 20 python3 scripts/med_info.py "Eliquis" --rxclass python3 scripts/med_info.py "cyclophosphamide" --hazardous python3 scripts/med_info.py "isotretinoin" --rems # Reference datasets python3 scripts/med_info.py "adalimumab" --purplebook python3 scripts/med_info.py "metformin" --orangebook # Chemistry (best-effort) python3 scripts/med_info.py "ibuprofen" --chem
python3 scripts/med_info.py "ibuprofen" --json python3 scripts/med_info.py "Eliquis" --brief --sections all python3 scripts/med_info.py "Eliquis" --print-url --brief # prints queried URLs (api_key redacted)
openFDA: drug labels, NDC directory, recalls/enforcement, shortages, FAERS RxNorm / RxClass (RxNav): normalization and drug classes DailyMed: SPL label history and media MedlinePlus Connect: patient-friendly summaries (links) Orange Book and Purple Book: best-effort context
For clinical decisions, verify against the full official label. Input is treated as untrusted, openFDA search strings are escaped to prevent query injection.
Works without any keys. Optionally: OPENFDA_API_KEY: increases openFDA rate limits for heavy usage.
Agent frameworks, memory systems, reasoning layers, and model-native orchestration.
Largest current source with strong distribution and engagement signals.