AI prompts.
Agent skills.

Analyzes 12-lead ECGs for acute findings requiring emergent intervention. Use when reading emergency ECGs, identifying STEMI patterns, or flagging critical arrhythmias.

Interprets electronic fetal monitoring using NICHD nomenclature with category classification and intervention criteria. Use when reading fetal heart tracings, classifying EFM patterns, or documenting intrapartum monitoring.

Systematically interprets 12-lead ECGs with rate, rhythm, axis, intervals, and morphology analysis. Use when reading ECGs, documenting EKG interpretations, or identifying cardiac arrhythmias.

Structures comprehensive genomic profiling interpretation with actionable mutations and matched therapies. Use when reviewing genomic test results, identifying targeted therapy options, or interpreting NGS panels.

Navigate the veterinary textbook landscape with authority rankings. Know which textbooks are definitive for which topics. Use when citing veterinary references or resolving conflicting information.

Structures peripheral blood smear review with morphologic descriptions and differential correlation. Use when reading blood smears, describing cell morphology, or correlating with CBC findings.

Diagnostic ladder (cytology→scraping→DTM→biopsy), pruritus scoring, common differentials by species (atopy, flea allergy, food allergy, Demodex, Sarcoptes, Malassezia), treatment tiers.

Structures microbiology result interpretation with susceptibility patterns and resistance mechanisms. Use when reading culture results, interpreting susceptibility data, or identifying resistance patterns.

Structures molecular test interpretation including NGS panels, FISH, and PCR-based assays. Use when interpreting molecular results, reporting genetic variants, or documenting molecular findings.

Structures brain and spine imaging interpretation with stroke, mass, and degenerative disease assessment. Use when reading neuroimaging, evaluating stroke imaging, or documenting intracranial findings.

Structures MSK imaging interpretation with fracture classification and joint assessment protocols. Use when reading MSK imaging, classifying fractures, or documenting orthopedic findings.

Adapts imaging interpretation for pediatric anatomy with age-appropriate normal variants. Use when reading pediatric imaging, differentiating normal variants, or documenting pediatric-specific findings.