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Fetching ultrasound abdominal reports of dogs and cats from Orthanc server

  • Why this server?

    This server provides healthcare tools for interacting with FHIR data and medical resources on EMRs like Cerner and Epic, potentially useful for structuring ultrasound data.

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    An MCP server that provides healthcare tools for interacting with FHIR data and medical resources on EMRs like Cerner and Epic
    28
    JavaScript
    MIT License
    • Apple
  • Why this server?

    This server enables DICOM network operations, which is essential for connecting to Orthanc and retrieving ultrasound images and data.

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    A connectivity testing server that enables DICOM network operations (like C-ECHO) through Claude's Model Context Protocol, with support for node configuration management.
    2
    Python
    GNU Lesser General Public License v2.1 only
  • Why this server?

    Dify server can invoke workflows, possibly to generate the report after fetching the data.

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    Server for using Dify. It achieves the invocation of the Dify workflow by calling the tools of MCP.
    157
    Python
  • Why this server?

    Exposes Dify applications as MCP servers, allowing direct interaction with Dify workflows for report generation after data retrieval.

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    Exposes Dify applications (both Chatflow and Workflow) as MCP (Model Context Protocol) servers, allowing Claude and other MCP clients to directly interact with Dify apps through a standardized protocol.
    18
    Python
  • Why this server?

    If data from Orthanc is stored in a Supabase database, this server can expose the data.

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    An MCP server that connects to Supabase PostgreSQL databases, exposing table schemas as resources and providing tools for data analysis through SQL queries.
    JavaScript
  • Why this server?

    If ultrasound data is stored in a PostgreSQL database, this can be used to query and retrieve the data.

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    A Model Context Protocol server that provides read-only access to PostgreSQL databases. This server enables LLMs to inspect database schemas and execute read-only queries.
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    23,627
    34,289
    JavaScript
    MIT License
  • Why this server?

    If ultrasound data is stored in MongoDB, this tool can be used to query it.

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    Provides read-only access to MongoDB databases for LLMs to inspect collection schemas and execute aggregation pipelines.
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    5
    JavaScript
  • Why this server?

    If ultrasound data is stored in Google BigQuery, this tool can be used to query it.

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    A Model Context Protocol server that provides access to BigQuery. This server enables LLMs to inspect database schemas and execute queries.
    39
    Python
    MIT License
    • Apple
  • Why this server?

    If relationships between patient data and ultrasound findings are structured using Neo4j, this could help retrieve that data.

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    This server enables interaction between Neo4j databases and Claude Desktop, allowing users to execute Cypher queries, create nodes, and establish relationships in the database.
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    24
    TypeScript
    MIT License
  • Why this server?

    Provides tools to interact with Neo4j graph databases, which could be used for structuring relationships extracted from reports.

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    An MCP server that enables graph database interactions with Neo4j, allowing users to access and manipulate graph data through natural language commands.
    Python