๐Ÿฅ Track 03: AI + Healthcare โณ Not Yet Started (Planned Weekend R&D)
EXPERIMENT #14

Medical Research Agent (PubMed Evidence Synthesizer)

An autonomous clinical research assistant that queries PubMed, extracts randomized control trial evidence, compares conflicting studies, and synthesizes summaries with citations.

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The Problem

What difficult challenge is this experiment tackling?

Over 1 million biomedical papers are published annually, making it nearly impossible for busy clinicians and researchers to review conflicting clinical evidence manually.

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The Hypothesis

What do I believe autonomous AI & engineering can accomplish?

A multi-agent RAG workflow dedicated to PubMed Central can extract study methodologies, sample sizes, and p-values to deliver structured meta-analysis overviews.

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System Architecture & Workflow

End-to-end design, data pipelines, and component interaction
01 Clinical Question
02 MeSH Query Generator
03 NCBI Entrez / PubMed API
04 Full-Text Paper Retrieval
05 Evidence Matrix Extractor
06 Bias Assessment Agent
07 Synthesis with DOI Citations.
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Benchmark & Empirical Metrics

Accuracy โ€ข Latency โ€ข Cost โ€ข Token Usage โ€ข Human Intervention

100% DOI citation verification; extraction of sample size, hazard ratio, and p-values verified across 50 peer-reviewed papers.

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Security, Privacy & Ethical Guardrails

Risk mitigation, strict boundaries, and sandbox controls

Open-access academic literature only; full compliance with NCBI Entrez API query limits.

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Lessons Learned & Observations

Empirical findings from prototyping and testing

MeSH (Medical Subject Headings) term translation drastically improves paper retrieval relevance.

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Next Experiment Iteration

Upcoming modifications, scaling factors, or new hypotheses

Add visual forest plot generation for clinical meta-analyses.