| name | bgpt-mcp |
| author | BGPT |
| description | How to use BGPT MCP to search scientific papers and retrieve structured experimental data including methods, results, sample sizes, conflicts of interest, limitations, reproducibility scores, and falsifiability criteria. Use this skill when the user asks to find scientific evidence, search the literature, evaluate research quality, check reproducibility, surface study limitations or conflicts of interest, retrieve raw experimental data, or build evidence-grounded AI workflows. Also trigger when the user references PubMed, arXiv, biorxiv, medrxiv, systematic reviews, evidence-based medicine, GRADE, or critical appraisal. |
BGPT MCP — Scientific Paper Search with Structured Critical Appraisal
BGPT is a remote Model Context Protocol (MCP) server that searches a database of scientific papers built from full-text studies. Unlike typical search tools that return titles and abstracts, BGPT extracts raw experimental data along with 25+ structured fields per paper.
When to Use
Use BGPT whenever the user asks to:
- Find scientific papers on a topic
- Evaluate research quality, reproducibility, or COI
- Surface limitations, blindspots, or falsifiability criteria of studies
- Retrieve methods, sample sizes, populations, or experimental techniques
- Build an evidence-grounded answer that requires citing primary literature
- Compare evidence across multiple studies with quality signals
Setup
Add BGPT to the MCP client config — no API key needed for the free tier (50 free results, then $0.02/result).
Claude Desktop / Cursor / any MCP client (SSE):
{
"mcpServers": {
"bgpt": {
"url": "https://bgpt.pro/mcp/sse"
}
}
}
Streamable HTTP (alternative): https://bgpt.pro/mcp/stream
Tool: search_papers
The single tool exposed by BGPT.
Input:
query (string, required) — natural-language description of what to search for. Examples: "CRISPR base editing in vivo delivery 2024", "semaglutide cardiovascular outcomes", "transformer attention sparse activations".
Output (per paper):
Each result is a paper with these structured fields:
title, authors, journal, year, doi, urlabstractmethods_and_experimental_techniquesresults_and_conclusionssample_size_and_populationstudy_contextpaper_limitations_and_biasesstudy_blindspots — confounders the authors did not examinehow_to_falsify — what evidence would disprove the paper's claimsconflict_of_interestfunding_jsondata_availability_statementscode_and_data_linksquality_scores — calibrated 0-10 scores for: scientific rigor, novelty, generality, usefulness, reproducibility, depth
Best Practices
- Cite the structured fields, not just the abstract. When summarizing a paper, surface the
paper_limitations_and_biases, study_blindspots, and conflict_of_interest fields in the response so the user gets calibrated context.
- Use
quality_scores.reproducibility to triage. When multiple papers conflict, prefer the higher reproducibility score and note the difference.
- For systematic reviews and clinical questions, leverage
sample_size_and_population to filter underpowered studies.
- For methods-heavy questions (replication, technique comparison), focus on
methods_and_experimental_techniques.
- Always show
how_to_falsify when the user asks "is X true?" — the falsification criterion is the test the claim should pass.
- Always disclose
conflict_of_interest when summarizing pharma, nutrition, or industry-funded research.
Example Workflows
Evidence-graded literature search
User: "What's the evidence for time-restricted eating on cardiovascular outcomes?"
Use search_papers("time-restricted eating cardiovascular outcomes RCT"). From results, return a comparative table that includes for each paper: sample size, primary outcome, reproducibility score, and disclosed COI/funding.
Critical appraisal
User: "Is paper X reliable?"
Search for the paper title. Surface paper_limitations_and_biases, study_blindspots, how_to_falsify, and quality_scores. State the falsification criterion explicitly.
Replicability check
User: "Has this finding replicated?"
Search the original finding, then search for follow-up replications. Compare quality_scores.reproducibility across studies and surface methodological differences from methods_and_experimental_techniques.
Pricing
- 50 free searches per network (no API key needed)
- $0.02 per result thereafter (API key from https://bgpt.pro/mcp)
Links
