Pre-built solutions, code samples, and reference implementations to help you quickly integrate IMO Health's clinical intelligence into your applications. Each accelerator includes production-ready code, deployment guides, and best practices.
Featured accelerators
Ambient Listening
PYTHON REST API
Say goodbye to documentation burden and hello to smarter care. Convert medical transcripts into structured clinical data using the magic of the IMO Health’s Ambient AI Solution Accelerator! Utilizing the IMO Health’s Entity Extraction, Precision Normalize, and Search & Capture APIs, this solution walks through how to take patient-provider conversations, instantly transform them into structured SOAP notes, and thereby extract, normalize, and code clinical entities.
Features:
- Real-time entity extraction
- Normalization with enrichment
- Automated clinical coding
Real World Evidence
PYTHON REST API
Stop drowning in messy patient data and start finding the cohorts that matter. The RWE Solution Accelerator harnesses IMO Health's Precision Normalize and Precision Set APIs to transform raw clinical data into clean, standardized OMOP-ready datasets and precisely targeted patient cohorts. Power your real-world evidence studies, clinical trials, and population health initiatives with the clinical intelligence your research deserves.
Features:
- IMO API integration
- OMOP-ready output
- Multi-source data support
- Data lake integration
Coding Intelligence
PYTHON
Code smarter, bill cleaner, and catch errors before they cost you. The Coding Intelligence Accelerator plugs directly into IMO Health's Coding Intelligence API to validate every diagnosis code against real-world billing rules — flagging unspecified laterality, non-primary diagnoses, and CMS Excludes 1 conflicts the moment they're entered. Stop letting bad codes slip through to claims and start submitting with confidence.
Features
- Real-time code validation
- Billing accuracy checks
- Multi-code system support
Clinical NLP
PYTHON REST API
Turn unstructured clinical notes into an organised, de-duplicated problem list. Using IMO Health's Entity Extraction and Problem List Management APIs, this workflow takes free-text clinical narratives, identifies coded clinical entities, groups them by specialty, and flags duplicates, related conditions, and lapsed problems — all in three focused notebooks.
Features:
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Real-time entity extraction from SOAP notes with assertion detection
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Specialty categorization across Cardiology, Endocrinology, Nephrology, and more
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Automated duplicate and lapsed problem identification
Precision Normalize with Cohorting
PYTHON REST API
Build reliable, reproducible patient cohorts from raw clinical terminology. Using IMO Health's Precision Normalize and Value Set Library APIs, this workflow standardizes clinical terms to IMO lexical codes and FHIR-compliant standard terminologies, applies inclusion and exclusion value set criteria, and exports a clean, matched patient cohort.
Features:
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Base normalization across diagnoses, medications, procedures, and labs
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FHIR value set search, preview, and code download
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Inclusion/exclusion matching with final cohort export
Precision Normalize with Enrichment
PYTHON REST API
Enhance clinical term normalization with contextual enrichment. Using IMO Health's Precision Normalize Enrichment API, this notebook submits clinical terms alongside contextual metadata and returns richer, more precise normalized mappings — ideal for refining ambiguous terms before cohort building or coding workflows.
Features:
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Context-aware normalization with enrichment metadata
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Side-by-side comparison of base vs. enriched results
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Refineable concept review and export
Search and Capture
PYTHON REST API
Search, categorize, clean, and validate clinical codes end to end. Using IMO Health's Core Search, Problem List Management, and Coding Intelligence APIs, this workflow covers the full clinical coding lifecycle — from interactive term search and specialty grouping through duplicate detection and ICD-10-CM coding rule validation including CMS Excludes 1 conflict checking.
Features:
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Multi-domain Core Search across diagnoses, procedures, medications, and labs
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Specialty categorization and problem list de-duplication
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ICD-10-CM coding rule validation with Excludes 1 conflict detection
Knowledge Graph Traversal
PYTHON Graphql aPI
Every unspecified code is revenue left on the table — the Knowledge Graph finds exactly what you're missing. The Knowledge Graph Traversal accelerator puts IMO Health's Knowledge Graph GraphQL API directly in your hands, walking you step by step from raw lexical code to a fully navigated concept hierarchy. Query code system mappings, climb broader concepts, drill deep into narrower relationships, retrieve allowed refinements by group, and filter narrower concepts by a selected refinement — all rendered in clean, styled tables that make the graph's depth and structure immediately visible.
Features:
- GraphQL queries against the IMO Knowledge Graph API
- Concept hierarchy navigation — broader and narrower relationships
- Deep traversal queries exposing multi-level diagnostic specificity
IMO Health MCP Server through Databricks
MCP Databricks Marketplace
Features:
- Connect a Databricks AI agent to the IMO MCP Server for diagnostic specificity workflows
- Utilize the IMO MCP server for any downstream clinical/revenue cycle/medical coding workflows
- Deploy and orchestrate MCP-enabled tools within Databricks agent applications
- Extend clinical documentation and coding workflows with agentic AI experiences that are clinically grounded by IMO's rich terminology
IMO Health MCP Server through Microsoft Copilot Studio
MCP Microsoft COpilot Studio Low Code
Features:
- Connect a Microsoft Copilot Studio-built AI agent to the IMO MCP Server for diagnostic specificity workflows
- Utilize the IMO MCP server for any downstream clinical/revenue cycle/medical coding workflows
- Deploy and orchestrate MCP-enabled tools within low code Microsoft Copilot agent applications
- Extend clinical documentation and coding workflows with agentic AI experiences that are clinically grounded by IMO's rich terminology
IMO Health MCP Server through Claude Code
MCP Claude code marketplace
Normalize, search, and cross-map clinical terminology (ICD-10, SNOMED CT, CPT) through natural language inside Claude Code end to end. Using IMO's MCP server, deploy agentic workflows that autonomously chain normalization, hierarchy traversal, and code mapping — identify the highest-specificity billable codes, extract structured entities from unstructured notes, and accelerate health IT development.
Features:
- Clinical terminology tools — Core Search, Normalization, Hierarchy Traversal, Cross-Mapping, Entity Extraction, and Categorization.
- Multi-system code mapping — translate between ICD-10-CM, SNOMED CT, CPT, and IMO vocabularies in one step.
- Hierarchy navigation — explore parent/child concept relationships to find more specific or broader terms.
- Plugin-based setup — install via Claude Code marketplace with OAuth authentication and credential management built in.
IMO Health MCP Server through OpenAI Codex
MCP Openai codex marketplace
plugins
Connect OpenAI Codex to IMO Health's clinical terminology MCP server to normalize, search, and cross-map ICD-10, SNOMED CT, and CPT codes through natural language. Run autonomous agentic tasks that chain normalization, hierarchy traversal, and code mapping — identify the highest-specificity billable codes, extract structured clinical entities from unstructured notes, and accelerate health IT development directly within the Codex environment.
Features:
- Multi-system code mapping — translate between ICD-10-CM, SNOMED CT, CPT, and IMO vocabularies in one step.
- Knowledge graph navigation — explore concept relationships, parent/child hierarchies, and related terms.
- Plugin-based setup — install from the repository marketplace with guided authentication in ChatGPT desktop app.
- Guided onboarding — run /mcp to verify connection status and tool availability.
Ready to build?
All solution accelerators are open source and available on GitHub.
Clone a repository, follow the setup guide, and you'll be up and running in minutes. Need help? Check out our comprehensive documentation or reach out to our developer support team.