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PubMed Enhanced Search Server: AI-Driven Search & Analysis - MCP Implementation

PubMed Enhanced Search Server: AI-Driven Search & Analysis

Revolutionize your research with lightning-fast, AI-powered PubMed searches—filter, analyze, and access life-changing studies in seconds. Your breakthroughs await!

Research And Data
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Users create an average of 56 projects per month with this tool

About PubMed Enhanced Search Server

What is the PubMed Enhanced Search and Analysis Tool?

This AI-driven platform extends PubMed capabilities by enabling advanced literature exploration. It integrates intelligent features like MeSH term mapping, publication trend analysis, and structured evidence-based searches using PICO frameworks. The system automates data filtering and contextual insights to streamline research workflows.

How to Utilize the Tool

Users begin by installing the Python dependencies through standard package managers. The server is launched via a command-line interface, after which configuration files are adjusted to customize API endpoints. Researchers can initiate searches through a web interface or programmatically access results using RESTful APIs. Special integration with analysis tools like Jupyter Notebooks is also supported.

PubMed Enhanced Search Server Features

Core Functionalities

  • Dynamic query expansion using semantic analysis
  • Real-time MeSH ontology visualization
  • Comparative publication metrics across domains
  • PICO-based evidence synthesis for systematic reviews
  • Automated rate limiting with exponential backoff algorithms

Practical Applications

Researchers leverage this system for rapid literature scans during hypothesis validation. Clinicians use PICO search modules to synthesize clinical practice guidelines. Academics perform longitudinal analyses of research trends by comparing publication volumes across years. The tool also supports grant proposal development by highlighting understudied research areas through heatmaps of citation networks.

PubMed Enhanced Search Server FAQ

Common Questions

Does the tool require programming expertise? Basic Python familiarity is recommended for API use, though the web interface remains accessible to non-technical users.
How does it handle data overload? Built-in filtering layers allow granular control over result sets using Boolean logic and date ranges.
Are historical trends available? The system stores metadata from 1950 onward, enabling century-scale analysis with temporal segmentation features.
Can it integrate with reference managers? Bibliographic export formats include RIS, BibTeX, and EndNote XML for seamless integration with citation tools.

Content

PubMed Enhanced MCP Server

A Model Content Protocol server that provides enhanced tools to search and retrieve academic papers from PubMed database, with additional features such as MeSH term lookup, publication count statistics, and PICO-based evidence search.

Features

  • Search PubMed by keywords with optional journal filter
  • Support for sorting results by relevance or date (newest/oldest first)
  • Get MeSH (Medical Subject Headings) terms related to a search word
  • Get publication counts for multiple search terms (useful for comparing prevalence)
  • Retrieve detailed paper information including abstract, DOI, authors, and keywords
  • Perform structured PICO-based searches with support for synonyms and combination queries

Installing

Prerequisites

  • Python 3.6+
  • pip

Installation

  1. Clone this repository:

    git clone https://github.com/leescot/pubmed-mcp-smithery

cd pubmed-mcp-smithery
  1. Install dependencies:

    pip install fastmcp requests

Usage

Running locally

Start the server:

python pubmed_enhanced_mcp_server.py

For development mode with auto-reloading:

mcp dev pubmed_enhanced_mcp_server.py

Adding to Claude Desktop

Edit your Claude Desktop configuration file ( CLAUDE_DIRECTORY/claude_desktop_config.json ) to add the server:

"pubmed-enhanced": {
    "command": "python",
    "args": [
        "/path/pubmed-mcp-smithery/pubmed_enhanced_mcp_server.py"
    ]
}

MCP Functions

The server provides these main functions:

  1. search_pubmed - Search PubMed for articles matching keywords with optional journal filtering

    Example

results = await search_pubmed(
    keywords=["diabetes", "insulin resistance"],
    journal="Nature Medicine",
    num_results=5,
    sort_by="date_desc"
)
  1. get_mesh_terms - Look up MeSH terms related to a medical concept

    Example

mesh_terms = await get_mesh_terms("diabetes")
  1. get_pubmed_count - Get the count of publications for multiple search terms

    Example

counts = await get_pubmed_count(["diabetes", "obesity", "hypertension"])
  1. format_paper_details - Get detailed information about specific papers by PMID

    Example

paper_details = await format_paper_details(["12345678", "87654321"])
  1. pico_search - Perform structured PICO (Population, Intervention, Comparison, Outcome) searches with synonyms

    Example

pico_results = await pico_search(
    p_terms=["diabetes", "type 2 diabetes", "T2DM"],
    i_terms=["metformin", "glucophage"],
    c_terms=["sulfonylurea", "glipizide"],
    o_terms=["HbA1c reduction", "glycemic control"]
)

PICO Search Functionality

The PICO search tool helps researchers conduct evidence-based literature searches by:

  1. Allowing multiple synonym terms for each PICO element
  2. Combining terms within each element using OR operators
  3. Performing AND combinations between elements (P AND I, P AND I AND C, etc.)
  4. Returning both search queries and publication counts for each combination

This approach helps refine research questions and identify the most relevant literature.

Rate Limiting

The server implements automatic retry mechanism with backoff delays to handle potential rate limiting by NCBI's E-utilities service.

License

This project is licensed under the BSD 3-Clause License - see the LICENSE file for details.

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