What types of queries can I perform using this server?

You can retrieve detailed information on VirtualFlyBrain terms using their VFB IDs, execute predefined biological queries like 'PaintedDomains', and search for neurobiology terms via a Solr search server.

Which AI assistants can integrate with VirtualFlyBrain?

It seamlessly integrates with popular AI tools such as Claude Desktop, Claude Code, GitHub Copilot, and any other MCP-compatible client that supports HTTP servers or local command execution.

What is VirtualFlyBrain and its primary purpose?

VirtualFlyBrain provides an MCP server that enables AI assistants to directly query and interact with the comprehensive *Drosophila melanogaster* neurobiology data, run predefined biological queries, and search for specific neurobiology terms.

How can I get started with VirtualFlyBrain?

The easiest way is to use the recommended hosted service by adding its URL to your AI assistant's MCP settings. Local Node.js installation and Docker deployment options are also available for flexible setup.

VirtualFlyBrain

Name: VirtualFlyBrain
Author: Robbie1977

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Provides an MCP server for AI assistants to query VirtualFlyBrain data, run predefined biological queries, and search for neurobiology terms.

The VirtualFlyBrain (VFB) server acts as a Model Context Protocol (MCP) gateway, enabling AI assistants and other compatible clients to seamlessly interact with the comprehensive VFB knowledge base. It facilitates access to *Drosophila melanogaster* neurobiology data, allowing users to retrieve detailed term information by ID, execute specialized queries like PaintedDomains, and perform flexible term searches using Solr. This integration enriches AI-driven biological research and exploration by providing structured access to anatomical, gene expression, and neural connectivity information.

Key Features

010 GitHub stars

02Search for VFB neurobiology terms via a Solr search server.

03Flexible deployment options including hosted service, local installation (Node.js), and Docker.

04Retrieve detailed information on VirtualFlyBrain terms using VFB IDs.

05Execute predefined queries on VFB data, such as 'PaintedDomains'.

06Seamless integration with AI assistants like Claude Desktop, Claude Code, and GitHub Copilot.

Use Cases

01Enabling AI assistants to access and interpret *Drosophila* neurobiology data in conversational interfaces.

02Integrating VirtualFlyBrain data queries into development workflows and custom applications.

03Facilitating AI-driven exploration and retrieval of fly brain anatomical and gene expression information for research.