MCP server for PubMed literature search with MeSH, PICO, and intelligent query expansion
Project description
PubMed Search MCP
AI Agent 的專業文獻研究助理 - 不只是 API 包裝器
A Domain-Driven Design (DDD) based MCP server that serves as an intelligent research assistant for AI agents, providing task-oriented literature search and analysis capabilities.
🚀 Quick Install
Via Smithery (Recommended for Claude Desktop)
npx -y @smithery/cli install pubmed-search-mcp --client claude
Via pip
pip install pubmed-search-mcp
Via uv
uv add pubmed-search-mcp
Via uvx (Zero Install)
uvx pubmed-search-mcp
⚙️ Configuration
Claude Desktop (claude_desktop_config.json)
{
"mcpServers": {
"pubmed-search": {
"command": "uvx",
"args": ["pubmed-search-mcp"],
"env": {
"NCBI_EMAIL": "your@email.com"
}
}
}
}
VS Code / Cursor (.vscode/mcp.json)
{
"servers": {
"pubmed-search": {
"type": "stdio",
"command": "uvx",
"args": ["pubmed-search-mcp"],
"env": {
"NCBI_EMAIL": "your@email.com"
}
}
}
}
Note:
NCBI_EMAILis required by NCBI API policy. Optionally setNCBI_API_KEYfor higher rate limits.
🎯 設計理念
- Agent-First - 為 AI Agent 設計,輸出優化為機器決策
- 任務導向 - Tool 以研究任務為單位,而非底層 API
- DDD 架構 - 以文獻研究領域知識為核心建模
- 上下文感知 - 透過 Session 維持研究狀態
定位:PubMed 專精的 AI 研究助理
- ✅ MeSH 專業詞彙整合 ← 其他來源沒有
- ✅ PICO 結構化查詢 ← 醫學專業
- ✅ ESpell 拼字校正 ← 自動糾錯
- ✅ 批次並行搜尋 ← 高效率
Features
- Search PubMed: Full-text and advanced query support
- Related Articles: Find papers related to a given PMID
- Citing Articles: Find papers that cite a given PMID
- Parallel Search: Generate multiple queries for comprehensive searches
- PDF Access: Get open-access PDF URLs from PubMed Central
- Export Formats: RIS, BibTeX, CSV, MEDLINE, JSON (EndNote/Zotero/Mendeley compatible)
- MCP Integration: Use with VS Code + GitHub Copilot or any MCP client
- Remote Server: Deploy as HTTP service for multi-machine access
- Submodule Ready: Use as a Git submodule in larger projects
🛠️ MCP Tools (14 個工具)
探索型 (Discovery)
| Tool | 說明 | 方向 |
|---|---|---|
search_literature |
搜尋 PubMed 文獻 | - |
find_related_articles |
尋找主題相似文章 (PubMed 演算法) | 相似性 |
find_citing_articles |
尋找引用此文的論文 (後續研究) | Forward ➡️ |
get_article_references |
取得此文的參考文獻 (研究基礎) | Backward ⬅️ |
fetch_article_details |
取得文章完整資訊 | - |
get_citation_metrics |
取得引用指標 (iCite RCR/Percentile) | - |
build_citation_tree |
🆕 建構引用網絡樹 (6 種格式) | Both ↔️ |
suggest_citation_tree |
🆕 評估是否值得建構引用樹 | - |
批次搜尋 (Parallel Search)
| Tool | 說明 |
|---|---|
parse_pico |
解析 PICO 臨床問題 (搜尋入口) |
generate_search_queries |
產生多個搜尋策略 (ESpell + MeSH) |
merge_search_results |
合併去重搜尋結果 |
expand_search_queries |
擴展搜尋策略 |
匯出工具 (Export)
| Tool | 說明 |
|---|---|
prepare_export |
匯出引用格式 (RIS/BibTeX/CSV/MEDLINE/JSON) |
get_article_fulltext_links |
取得全文連結 (PMC/DOI) |
analyze_fulltext_access |
分析開放取用可用性 |
設計原則: 專注搜尋。Session/Cache/Reading List 皆為內部機制,自動運作,Agent 無需管理。
📋 Agent 使用流程
快速搜尋 (Simple Search)
search_literature(query="remimazolam ICU sedation", limit=10)
使用 PubMed 官方語法
# MeSH 標準詞彙
search_literature(query='"Diabetes Mellitus"[MeSH]')
# 欄位限定
search_literature(query='(BRAF[Gene Name]) AND (melanoma[Title/Abstract])')
# 日期範圍
search_literature(query='COVID-19[Title] AND 2024[dp]')
# 文章類型
search_literature(query='propofol sedation AND Review[pt]')
# 組合搜尋
search_literature(query='("Intensive Care Units"[MeSH]) AND (remimazolam[tiab] OR "CNS 7056"[tiab])')
PubMed 官方欄位標籤 (Field Tags)
| 標籤 | 說明 | 範例 |
|---|---|---|
[Title] 或 [ti] |
標題 | COVID-19[ti] |
[Title/Abstract] 或 [tiab] |
標題+摘要 | sedation[tiab] |
[MeSH] 或 [mh] |
MeSH 標準詞彙 | "Diabetes Mellitus"[MeSH] |
[MeSH Major Topic] 或 [majr] |
MeSH 主要主題 | "Anesthesia"[majr] |
[Author] 或 [au] |
作者 | Smith J[au] |
[Journal] 或 [ta] |
期刊縮寫 | Nature[ta] |
[Publication Type] 或 [pt] |
文章類型 | Review[pt], Clinical Trial[pt] |
[Date - Publication] 或 [dp] |
出版日期 | 2024[dp], 2020:2024[dp] |
[Gene Name] |
基因名稱 | BRAF[Gene Name] |
[Substance Name] |
物質名稱 | propofol[Substance Name] |
完整語法參考: PubMed Search Field Tags
深入探索 (找到重要論文後)
find_related_articles(pmid="12345678") # 相關文章 (PubMed 演算法)
find_citing_articles(pmid="12345678") # 引用這篇的後續研究 (forward in time)
get_article_references(pmid="12345678") # 這篇的參考文獻 (backward in time)
🔬 Citation Discovery Guide | 引用探索指南
找到重要論文後,有 5 種工具 可以探索相關文獻。選擇正確的工具能大幅提升研究效率:
工具對比表
| 工具 | 方向 | 資料來源 | 用途 | API 呼叫量 |
|---|---|---|---|---|
find_related_articles |
相似性 | PubMed algorithm | 找主題/方法相似的文章 | 1 次 |
find_citing_articles |
Forward ➡️ | PMC citations | 找引用此文的後續研究 | 1 次 |
get_article_references |
Backward ⬅️ | PMC references | 找此文引用的參考文獻 | 1 次 |
build_citation_tree |
Both ↔️ | PMC (BFS 遍歷) | 建構完整引用網絡圖 | 多次 (深度相關) |
suggest_citation_tree |
- | 文章資訊 | 評估是否值得建樹 | 1 次 |
使用場景決策樹
找到一篇重要論文 (PMID: 12345678)
│
├── 想找「類似主題」的文章?
│ └── ✅ find_related_articles(pmid="12345678")
│ → PubMed 演算法根據 MeSH、關鍵詞、引用模式找相似文章
│
├── 想知道「後續研究怎麼發展」?
│ └── ✅ find_citing_articles(pmid="12345678")
│ → 找出引用這篇的所有論文 (時間軸: 向後 → 現在)
│
├── 想了解「這篇文章的基礎是什麼」?
│ └── ✅ get_article_references(pmid="12345678")
│ → 取得這篇文章的參考文獻清單 (時間軸: 向前 ← 過去)
│
└── 想建立「完整的研究脈絡網絡」?
│
├── 先評估: suggest_citation_tree(pmid="12345678")
│ → 看引用數、被引數,決定是否值得建樹
│
└── 建構網絡: build_citation_tree(pmid="12345678", depth=2)
→ 輸出 Mermaid/Cytoscape/GraphML 等格式
實際範例
情境 1:快速找相關論文
# 找到一篇 remimazolam 的重要 RCT,想看看有沒有類似研究
find_related_articles(pmid="33475315", limit=10)
情境 2:追蹤研究影響力
# 這篇 2020 年的論文影響了哪些後續研究?
find_citing_articles(pmid="33475315", limit=20)
情境 3:理解研究基礎
# 這篇文章引用了哪些關鍵文獻?找出 foundation papers
get_article_references(pmid="33475315", limit=30)
情境 4:建立研究脈絡圖 (Literature Review)
# Step 1: 評估是否值得建樹
suggest_citation_tree(pmid="33475315")
# Step 2: 建構 2 層引用網絡,輸出 Mermaid 格式 (可在 VS Code 預覽)
build_citation_tree(
pmid="33475315",
depth=2,
direction="both",
output_format="mermaid"
)
Citation Tree 輸出格式
| 格式 | 用途 | 工具 |
|---|---|---|
mermaid |
VS Code Markdown 預覽 | 內建 Mermaid 擴充 |
cytoscape |
學術標準、生物資訊 | Cytoscape.js |
g6 |
現代網頁視覺化 | AntV G6 |
d3 |
靈活客製化 | D3.js force layout |
vis |
快速原型 | vis-network |
graphml |
桌面分析軟體 | Gephi, VOSviewer, yEd |
🔍 深度搜尋:兩種入口模式
本工具提供兩種深度搜尋入口,最終都透過 並行搜尋 + 合併去重 完成:
┌─────────────────────────────────────────────────────────────────────────┐
│ 深度搜尋流程圖 │
├─────────────────────────────────────────────────────────────────────────┤
│ │
│ ┌───────────────────┐ ┌───────────────────┐ │
│ │ 關鍵字導向入口 │ │ PICO 臨床問題入口 │ │
│ │ (知道要搜什麼) │ │ (有臨床問題描述) │ │
│ └─────────┬─────────┘ └─────────┬─────────┘ │
│ │ │ │
│ │ ▼ │
│ │ ┌───────────────────┐ │
│ │ │ parse_pico() │ │
│ │ │ 解析 P/I/C/O │ │
│ │ └─────────┬─────────┘ │
│ │ │ │
│ ▼ ▼ │
│ ┌─────────────────────────────────────────────────────────────┐ │
│ │ generate_search_queries() │ │
│ │ (ESpell 校正 + MeSH 擴展 + 同義詞) │ │
│ │ │ │
│ │ 關鍵字模式: 呼叫 1 次 │ │
│ │ PICO 模式: 對每個元素 (P/I/C/O) 各呼叫 1 次 (並行) │ │
│ └──────────────────────────┬──────────────────────────────────┘ │
│ │ │
│ ▼ │
│ ┌─────────────────────────────────────────────────────────────┐ │
│ │ Agent 組合查詢策略 │ │
│ │ │ │
│ │ • 使用返回的 suggested_queries │ │
│ │ • 或用 mesh_terms + all_synonyms 自行組合 │ │
│ │ • PICO 模式: 用 Boolean 邏輯組合 (P) AND (I) AND (O) │ │
│ └──────────────────────────┬──────────────────────────────────┘ │
│ │ │
│ ▼ │
│ ┌─────────────────────────────────────────────────────────────┐ │
│ │ search_literature() × N (並行執行) │ │
│ └──────────────────────────┬──────────────────────────────────┘ │
│ │ │
│ ▼ │
│ ┌─────────────────────────────────────────────────────────────┐ │
│ │ merge_search_results() │ │
│ │ 合併去重 + 標記高相關性文章 │ │
│ └─────────────────────────────────────────────────────────────┘ │
│ │
└─────────────────────────────────────────────────────────────────────────┘
入口 1️⃣:關鍵字導向 (Keyword Search)
適用場景: 已知要搜尋的關鍵字或主題
# Step 1: 取得搜尋素材 (ESpell + MeSH + 同義詞)
generate_search_queries(topic="remimazolam ICU sedation")
# 返回內容:
{
"corrected_topic": "remimazolam icu sedation", # 拼字校正
"mesh_terms": [
{"input": "remimazolam", "preferred": "remimazolam [Supplementary Concept]",
"synonyms": ["CNS 7056", "ONO 2745"]},
{"input": "sedation", "preferred": "Deep Sedation",
"synonyms": ["Sedation, Deep"]}
],
"all_synonyms": ["CNS 7056", "ONO 2745", "Sedation, Deep", ...],
"suggested_queries": [
{"id": "q1_title", "query": "(remimazolam icu sedation)[Title]"},
{"id": "q2_tiab", "query": "(remimazolam icu sedation)[Title/Abstract]"},
{"id": "q4_mesh", "query": "\"remimazolam [Supplementary Concept]\"[MeSH Terms]"},
{"id": "q6_syn", "query": "(CNS 7056)[Title/Abstract]"},
...
]
}
# Step 2: 並行執行搜尋
search_literature(query="(remimazolam icu sedation)[Title]") # 並行
search_literature(query="(remimazolam icu sedation)[Title/Abstract]") # 並行
search_literature(query="\"Deep Sedation\"[MeSH Terms]") # 並行
...
# Step 3: 合併結果
merge_search_results(results_json='[["pmid1","pmid2"],["pmid2","pmid3"]]')
# → unique_pmids: 去重後的 PMID 列表
# → high_relevance_pmids: 多策略命中的高相關文章
入口 2️⃣:PICO 臨床問題 (Clinical Question)
適用場景: 有臨床問題需要拆解成結構化搜尋
# Step 1: 解析 PICO 結構
parse_pico(description="remimazolam 在 ICU 鎮靜比 propofol 好嗎?會減少 delirium 嗎?")
# 返回內容:
{
"pico": {
"P": "ICU patients requiring sedation",
"I": "remimazolam",
"C": "propofol",
"O": "delirium incidence"
},
"question_type": "therapy", # 建議的 Clinical Query filter
"next_steps": "對每個 PICO 元素呼叫 generate_search_queries()"
}
# Step 2: 對每個 PICO 元素取得搜尋素材 (並行!)
generate_search_queries(topic="ICU patients") # P → MeSH: "Intensive Care Units"
generate_search_queries(topic="remimazolam") # I → MeSH: "remimazolam [Supplementary Concept]"
generate_search_queries(topic="propofol") # C → MeSH: "Propofol"
generate_search_queries(topic="delirium") # O → MeSH: "Delirium"
# Step 3: Agent 組合查詢 (使用 Boolean 邏輯)
# 高精確度: (P) AND (I) AND (C) AND (O)
query_precise = '("Intensive Care Units"[MeSH] OR ICU[tiab]) AND ' \
'(remimazolam[tiab] OR "CNS 7056"[tiab]) AND ' \
'(propofol[tiab] OR Diprivan[tiab]) AND ' \
'(delirium[tiab] OR "Emergence Delirium"[MeSH])'
# 高召回率: (P) AND (I OR C) AND (O)
query_recall = '(ICU[tiab]) AND (remimazolam[tiab] OR propofol[tiab]) AND (delirium[tiab])'
# Step 4: 並行搜尋 + 合併
search_literature(query=query_precise) # 並行
search_literature(query=query_recall) # 並行
merge_search_results(...)
兩種入口對比
| 特性 | 關鍵字導向 | PICO 臨床問題 |
|---|---|---|
| 入口工具 | generate_search_queries(topic) |
parse_pico(description) |
| 適用場景 | 知道要搜什麼詞 | 有臨床問題需要拆解 |
| MeSH 擴展 | 1 次呼叫 | 4 次呼叫 (P/I/C/O 各一次) |
| 查詢組合 | 使用 suggested_queries | Agent 用 Boolean 組合 |
| 範例輸入 | "remimazolam ICU sedation" | "remimazolam 在 ICU 比 propofol 好嗎?" |
設計哲學: 工具提供素材 (MeSH terms, synonyms),Agent 做決策 (如何組合查詢)
🏗️ Architecture (DDD)
本專案採用 Domain-Driven Design (DDD) 架構,以文獻研究領域知識為核心建模。
src/pubmed_search/
├── mcp/
│ └── tools/
│ ├── discovery.py # 探索型 (search, related, citing, details)
│ ├── strategy.py # 策略型 (generate_queries, expand)
│ ├── pico.py # PICO 解析
│ ├── merge.py # 結果合併
│ ├── export.py # 匯出工具
│ └── citation_tree.py # 引用網絡視覺化 (6 種格式)
├── entrez/ # NCBI Entrez API 封裝
├── exports/ # 匯出格式 (RIS, BibTeX, CSV)
└── session.py # Session 管理 (內部機制)
內部機制 (對 Agent 透明)
| 機制 | 說明 |
|---|---|
| Session | 自動建立、自動切換 |
| Cache | 搜尋結果自動快取,避免重複 API |
| Rate Limit | 自動遵守 NCBI API 限制 (0.34s/0.1s) |
| MeSH Lookup | generate_search_queries() 自動查詢 NCBI MeSH 資料庫 |
| ESpell | 自動拼字校正 (remifentanyl → remifentanil) |
| Query Analysis | 每個 suggested query 顯示 PubMed 實際解讀方式 |
📖 完整架構說明:ARCHITECTURE.md
- DDD 分層架構圖
- MCP 工具分類詳解
- Citation Discovery 工具關係圖
- 資料流程圖
- 技術決策記錄 (ADR)
MeSH 自動擴展 + Query Analysis
當呼叫 generate_search_queries("remimazolam sedation") 時,內部自動:
- ESpell 校正 - 修正拼字錯誤
- MeSH 查詢 -
Entrez.esearch(db="mesh")取得標準詞彙 - 同義詞提取 - 從 MeSH Entry Terms 取得同義詞
- 🆕 Query Analysis - 分析 PubMed 如何解讀每個 query
{
"mesh_terms": [
{
"input": "remimazolam",
"preferred": "remimazolam [Supplementary Concept]",
"synonyms": ["CNS 7056", "ONO 2745"]
}
],
"all_synonyms": ["CNS 7056", "ONO 2745", ...],
"suggested_queries": [
{
"id": "q1_title",
"query": "(remimazolam sedation)[Title]",
"purpose": "Exact title match - highest precision",
"estimated_count": 8,
"pubmed_translation": "\"remimazolam sedation\"[Title]"
},
{
"id": "q3_and",
"query": "(remimazolam AND sedation)",
"purpose": "All keywords required",
"estimated_count": 561,
"pubmed_translation": "(\"remimazolam\"[Supplementary Concept] OR \"remimazolam\"[All Fields]) AND (\"sedate\"[All Fields] OR ...)"
}
]
}
Query Analysis 的價值: Agent 以為
remimazolam AND sedation只搜這兩個詞,但 PubMed 實際會展開成 Supplementary Concept + 同義詞,結果從 8 篇變成 561 篇。這讓 Agent 理解 意圖 與 實際搜尋 的差異。
🔒 HTTPS Deployment | HTTPS 部署
為生產環境啟用 HTTPS 安全通訊,滿足企業資安需求。
Quick Start | 快速開始
# Step 1: 生成 SSL 憑證
./scripts/generate-ssl-certs.sh
# Step 2: 啟動 HTTPS 服務 (Docker)
./scripts/start-https-docker.sh up
# 驗證部署
curl -k https://localhost/
HTTPS Endpoints
| Service | URL | Description |
|---|---|---|
| MCP SSE | https://localhost/sse |
SSE connection (MCP) |
| Messages | https://localhost/messages |
MCP POST |
| Health | https://localhost/health |
Health check |
Claude Desktop Configuration
{
"mcpServers": {
"pubmed-search": {
"url": "https://localhost/sse"
}
}
}
📖 完整說明:
- 架構設計 → ARCHITECTURE.md
- 部署指南 → DEPLOYMENT.md
🔐 Security | 安全性
Security Features | 安全特性
| Layer | Feature | Description |
|---|---|---|
| HTTPS | TLS 1.2/1.3 encryption | All traffic encrypted via Nginx |
| Rate Limiting | 30 req/s | Nginx level protection |
| Security Headers | XSS/CSRF protection | X-Frame-Options, X-Content-Type-Options |
| SSE Optimization | 24h timeout | Long-lived connections for real-time |
| No Database | Stateless | No SQL injection risk |
| No Secrets | In-memory only | No credentials stored |
Installation
Basic Installation (Library Only)
pip install pubmed-search
With MCP Server Support
pip install "pubmed-search[mcp]"
From Source
git clone https://github.com/u9401066/pubmed-search-mcp.git
cd pubmed-search-mcp
pip install -e ".[all]"
As a Git Submodule
# Add as submodule to your project
git submodule add https://github.com/u9401066/pubmed-search-mcp.git src/pubmed_search
# Install dependencies
pip install biopython requests mcp
Then import in your code:
from src.pubmed_search import PubMedClient
# or add src to your Python path
Usage
As a Python Library
from pubmed_search import PubMedClient
client = PubMedClient(email="your@email.com")
# Search for papers
results = client.search("anesthesia complications", limit=10)
for paper in results:
print(f"{paper.pmid}: {paper.title}")
# Get related articles
related = client.find_related("12345678", limit=5)
# Get citing articles
citing = client.find_citing("12345678")
As an MCP Server (Local - stdio)
VS Code Configuration
Add to your .vscode/mcp.json:
{
"servers": {
"pubmed-search": {
"type": "stdio",
"command": "pubmed-search-mcp",
"args": ["your@email.com"]
}
}
}
Or using Python module:
{
"servers": {
"pubmed-search": {
"type": "stdio",
"command": "python",
"args": ["-m", "pubmed_search.mcp", "your@email.com"]
}
}
}
Running Standalone
# Using the console script
pubmed-search-mcp your@email.com
# Or using Python
python -m pubmed_search.mcp your@email.com
As a Remote MCP Server (HTTP/SSE)
For serving multiple machines, run the server in HTTP mode:
# Quick start
./start.sh
# Or with custom options
python run_server.py --transport sse --port 8765 --email your@email.com
# Using Docker
docker compose up -d
Remote Client Configuration
On other machines, configure .vscode/mcp.json:
{
"servers": {
"pubmed-search": {
"type": "sse",
"url": "http://YOUR_SERVER_IP:8765/sse"
}
}
}
See DEPLOYMENT.md for detailed deployment instructions including:
- systemd service setup
- Docker deployment
- Nginx reverse proxy
- Security considerations
MCP Tools
| Tool | Description |
|---|---|
search_literature |
Search PubMed for medical literature |
find_related_articles |
Find articles related to a given PMID |
find_citing_articles |
Find articles that cite a given PMID (forward) |
get_article_references |
Get this article's bibliography (backward) |
fetch_article_details |
Get full details for specific PMIDs |
build_citation_tree |
Build citation network tree (6 output formats) |
suggest_citation_tree |
Suggest citation tree after fetching article |
generate_search_queries |
Generate multiple queries for parallel search |
merge_search_results |
Merge and deduplicate results |
expand_search_queries |
Expand search with synonyms/related terms |
prepare_export |
Export citations in RIS/BibTeX/CSV/MEDLINE/JSON |
get_article_fulltext_links |
Get PMC/DOI full-text links |
analyze_fulltext_access |
Analyze open access availability |
📤 Export Formats
Export your search results in formats compatible with major reference managers:
| Format | Compatible With | Use Case |
|---|---|---|
| RIS | EndNote, Zotero, Mendeley | Universal import |
| BibTeX | LaTeX, Overleaf, JabRef | Academic writing |
| CSV | Excel, Google Sheets | Data analysis |
| MEDLINE | PubMed native format | Archiving |
| JSON | Programmatic access | Custom processing |
Exported Fields
- Core: PMID, Title, Authors, Journal, Year, Volume, Issue, Pages
- Identifiers: DOI, PMC ID, ISSN
- Content: Abstract (HTML tags cleaned)
- Metadata: Language, Publication Type, Keywords
- Access: DOI URL, PMC URL, Full-text availability
Special Character Handling
- BibTeX exports use pylatexenc for proper LaTeX encoding
- Nordic characters (ø, æ, å), umlauts (ü, ö, ä), and accents are correctly converted
- Example:
Søren Hansen→S{\o}ren Hansen
API Documentation
PubMedClient
The main client class for interacting with PubMed.
from pubmed_search import PubMedClient
client = PubMedClient(
email="your@email.com", # Required by NCBI
api_key=None, # Optional: NCBI API key for higher rate limits
tool="pubmed-search" # Tool name for NCBI tracking
)
Low-level Entrez API
For more control, use the low-level Entrez interface:
from pubmed_search.entrez import LiteratureSearcher
searcher = LiteratureSearcher(email="your@email.com")
# Advanced search with filters
results = searcher.search_advanced(
term="propofol sedation",
filter_humans=True,
filter_english=True,
date_range=("2020", "2024"),
max_results=50
)
License
MIT License - see LICENSE
Contributing
- Fork the repository
- Create a feature branch
- Make your changes
- Run tests:
pytest - Submit a pull request
Links
Project details
Release history Release notifications | RSS feed
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