| name | pharmacogenomics |
| description | Answer drug-response, medication, PharmGKB-style, PGxDB, ATC, DrugBank,
gene-drug, and variant-drug questions using public PGx evidence plus local
sample genotype support when an Active Genome Index is selected.
|
| tools | ["genomi.describe_context","pharmacogenomics.review_medication","pharmacogenomics.describe_gene_requirements","pharmacogenomics.preflight_pharmcat","pharmacogenomics.prepare_outside_call_tsv","pharmacogenomics.validate_outside_call_tsv","pharmacogenomics.import_pharmcat_artifacts","pharmacogenomics.check_pharmcat","pharmacogenomics.run_pharmcat","pharmacogenomics.fetch_clinpgx","pharmacogenomics.fetch_fda_labels","pharmacogenomics.fetch_pgxdb","variant.resolve","active_genome_index.classify_genotype_support","research.list_sources","research.record","research.query"] |
| mutating | true |
Pharmacogenomics
Use this skill when the user asks about medication response, PGx guidelines,
drug-gene or variant-drug evidence, PGxDB, ATC codes, DrugBank IDs, PharmCAT,
or pharmacogene sample evidence.
Contract
- Drug-response claims use public PGx source evidence.
- Personal drug-response statements cite separate local genotype or PGx caller
support.
- External PGx lookups receive selected public targets only.
- Source-backed PGx findings can be stored as shared reviewed research.
- User-specific sample interpretations can be stored as private reviewed
research.
Convention: See skills/conventions/evidence-quality.md.
Convention: See skills/_output-rules.md.
Primary Flow
- Use
pharmacogenomics.review_medication for ordinary medication questions.
It combines ClinPGx, FDA PGx tables, PGxDB, stored reviewed research, and
optional selected sample evidence in one bounded review.
- Inspect
evidence_envelope, evidence_matrix, target_inventory,
answer_support, and unanswered_answer_components before answering.
- If the answer needs source review beyond returned public records, use
research.list_sources, review the selected public target, then store the
finding with research.record.
- If the answer needs personal sample evidence, use the Active Genome Index
only when selected or supplied in this chat. Confirm relevant alleles with
variant.resolve or active_genome_index.classify_genotype_support.
Tool Choices
pharmacogenomics.review_medication: bounded medication evidence review;
public-only by default, with Active Genome Index evidence when selected.pharmacogenomics.fetch_clinpgx, pharmacogenomics.fetch_fda_labels, and
pharmacogenomics.fetch_pgxdb: focused public PGx source retrieval when the
medication review needs a source-specific follow-up.pharmacogenomics.describe_gene_requirements: gene-specific sample evidence
requirements for named allele matching, outside calls, HLA, MT-RNR1, G6PD,
and SV/CNV-sensitive genes.pharmacogenomics.check_pharmcat: check local PharmCAT availability.pharmacogenomics.preflight_pharmcat: inspect whether the selected Active
Genome Index can provide a suitable PharmCAT input before running it.pharmacogenomics.prepare_outside_call_tsv and
pharmacogenomics.validate_outside_call_tsv: prepare or validate specialized
outside-call evidence for PharmCAT.pharmacogenomics.run_pharmcat: run broad PharmCAT calling from the selected
Active Genome Index and return provenance plus parsed artifacts.pharmacogenomics.import_pharmcat_artifacts: import existing PharmCAT JSON,
TSV, matcher, phenotype, missing-position, or output-directory artifacts.
PGx capability metadata is exposed through genomi.list_resources; there is
no separate PGx capability-listing tool.
Answering
- Mention Active Genome Index evidence only when it changes the medication
interpretation, limitation, blocker, or next action.
- Keep PGx language informational and recommend clinical confirmation for
medication decisions.
- Do not infer medication actionability from a genotype alone; connect sample
evidence to public drug-response evidence.
- Treat user-provided diplotypes, phenotypes, activity scores, and outside
calls as supplied sample evidence that may need independent confirmation.
Cross-Capability Synthesis
A scope-limited result from this capability is not a final user-facing answer
when other Genomi capabilities can contribute orthogonal evidence to the same
question. Returning "cannot answer" while applicable capabilities remain
unexamined is a host-agent failure mode.
Tools
pharmacogenomics.check_pharmcat
Check local PharmCAT availability and version provenance for broad PGx calling from an AGI-derived PharmCAT input.
Use when: The agent needs to know whether broad PharmCAT PGx calling is available before running pharmacogenomics.run_pharmcat.
Why necessary: External PGx calls need availability and version provenance before they are trusted.
Result semantics: Reports local PharmCAT executable/jar availability and version probe output for auditability before broad PGx calling.
pharmacogenomics.describe_gene_requirements
Return pharmacogene-specific sample evidence requirements for PharmCAT named allele matching, outside calls, CYP2D6 SV/CNV handling, HLA typing, MT-RNR1, and G6PD chrX representation.
Use when: The selected medication or source evidence names a pharmacogene and the agent needs to choose sample evidence, PharmCAT, outside-call, or targeted lookup handling.
Why necessary: Complex pharmacogenes require special evidence handling that a simple rsID lookup cannot provide.
Result semantics: Returns packaged source-backed pharmacogene sample-evidence requirements, candidate tools, and source references for the selected gene.
pharmacogenomics.fetch_clinpgx
Fetch traceable ClinPGx pharmacogenomic guideline, clinical annotation, and FDA label evidence for a selected drug, gene, or rsID; compact normalized records are returned by default.
Use when: The question involves medication response, adverse effects, CPIC/DPWG guidance, FDA drug-label PGx context, PharmGKB/ClinPGx annotations, or drug plus gene/rsID interpretation.
Why necessary: Guideline, clinical annotation, and label rows are separate public PGx evidence from sample genotype calls.
Result semantics: Fetches public guideline, annotation, and label rows; raw API records are opt-in with include_raw_records; personal interpretation requires separate local genotype or diplotype evidence.
pharmacogenomics.fetch_fda_labels
Fetch targeted FDA pharmacogenomic biomarker-labeling and pharmacogenetic-association table rows from official FDA pages.
Use when: The question needs FDA biomarker-labeling table context or FDA pharmacogenetic association table context for a selected drug or gene.
Why necessary: FDA biomarker and pharmacogenetic-association tables are official label evidence with their own boundaries.
Result semantics: Fetches official FDA table rows; keep biomarker-labeling rows separate from pharmacogenetic-association rows and combine with separate sample evidence for personal interpretation.
pharmacogenomics.fetch_pgxdb
Fetch targeted PGxDB pharmacogenomic evidence for a selected drug, ATC code, DrugBank ID, rsID, variant marker, or gene.
Use when: The question involves medication response, adverse effects, pharmacogenomics, PharmGKB-style evidence, a drug plus rsID, or a drug plus gene.
Why necessary: PGxDB association records provide targeted drug-variant evidence distinct from guideline recommendations.
Result semantics: Fetches public PGxDB rows; sample interpretation requires separate local genotype evidence.
pharmacogenomics.import_pharmcat_artifacts
Import existing PharmCAT report JSON, calls-only TSV, matcher JSON, phenotype JSON, missing-position VCF, or output directory without executing PharmCAT.
Use when: The agent has existing PharmCAT artifacts and needs sample-side PGx evidence without running local PharmCAT.
Why necessary: Existing PharmCAT outputs should be reused rather than rerun when sample-side PGx evidence already exists.
Result semantics: Parses existing PharmCAT artifacts into the same evidence summaries and record_research_payloads used by pharmacogenomics.run_pharmcat, including interpretation readiness and missing-position review facts.
pharmacogenomics.preflight_pharmcat
Inspect selected Active Genome Index structure for broad PharmCAT PGx calling without running PharmCAT or writing artifacts.
Use when: The agent needs read-only Active Genome Index structure, sample-column, genotype-field, or header evidence before broad PharmCAT PGx calling.
Why necessary: Broad PharmCAT runs need input suitability checks before execution or artifact interpretation.
Result semantics: Returns local AGI-derived preflight facts without exposing the raw AGI path; PharmCAT coverage sufficiency is judged from execution artifacts, especially missing PGx position review.
pharmacogenomics.prepare_outside_call_tsv
Prepare a PharmCAT outside-call TSV from supported specialized caller output such as OptiType HLA calls, StellarPGx CYP2D6 summaries, or generic gene/diplotype tables.
Use when: The agent has specialized caller output for HLA-A, HLA-B, CYP2D6, MT-RNR1, or another pharmacogene and needs a PharmCAT outside-call TSV.
Why necessary: Specialized callers for HLA, CYP2D6, and related genes need conversion before PharmCAT can consume them.
Result semantics: Writes a canonical outside-call TSV under Genomi output storage or the requested output_file, validates it, and returns output.path for pharmacogenomics.run_pharmcat with parsed rows, invalid rows, warnings, caller format, and sample identity facts.
pharmacogenomics.review_medication
Review medication pharmacogenomic evidence by combining ClinPGx guideline/label context, FDA PGx table rows, PGxDB association evidence, Active Genome Index rsID lookup when selected, implemented marker-definition evidence when selected, evidence components, and target inventory.
Use when: Combines public PGx evidence with selected active-genome-index or marker evidence for one medication.
Why necessary: Medication-response questions need drug-specific PGx sources plus optional personal genotype evidence in one bounded review.
Not for: diagnosing disease risk; it is medication-response evidence.
Example prompts: Does my DNA say anything about clopidogrel?
Result semantics: Combines public PGx source evidence with selected sample evidence; public-only by default unless active-genome-index context is selected. clinical_verification is informational only.
pharmacogenomics.run_pharmcat
Run a local PharmCAT installation from an approved Active Genome Index for broad PGx diplotype, phenotype, and recommendation artifacts.
Use when: Runs local PharmCAT from the selected Active Genome Index to generate broad PGx diplotype, phenotype, and recommendation artifacts.
Why necessary: Broad PGx diplotype and recommendation artifacts require a specialized external caller.
Result semantics: Runs local PharmCAT as sample-side PGx evidence generation; returns input preflight, runtime provenance, outside-call validation, artifacts, warnings, interpretation readiness, and record_research_payloads for synthesis.
pharmacogenomics.validate_outside_call_tsv
Validate PharmCAT outside-call TSV structure and summarize selected diplotype, phenotype, or activity-score evidence.
Use when: The PGx sample evidence path already has a PharmCAT outside-call TSV for CYP2D6, HLA-A, HLA-B, MT-RNR1, or another specialized caller result before PharmCAT execution.
Why necessary: Outside calls can override complex gene evidence, so their structure must be validated before use.
Result semantics: Validates outside-call TSV shape, hides the local path, returns parsed rows, invalid rows, warnings, and explains that outside calls override PharmCAT VCF-derived calls for the same gene.
