Agentic Clinical Dialogue Guide

SkillAI & models

Papers on AI agents for clinical dialogue and medical QA

Instructions available. Your AI can read the instructions. Execution depends on the setup they require.

Add ahel to your AI once: Claude, ChatGPT, Cursor, Claude Code or Codex. Then ask it to use this.

Then ask your AI: use the Agentic Clinical Dialogue Guide skill

What this skill tells your AI

The instructions your AI receives, as published by brycewang-stanford/auto-empirical-research-skills in skills/43-wentorai-research-plugins/skills/domains/biomedical/clinical-dialogue-agents-guide/SKILL.md and read by ahel’s review.

Overview

A curated collection of papers on AI agents for clinical dialogue — systems that conduct patient interviews, perform differential diagnosis, explain medical information, and support clinical decision-making through conversation. Covers medical QA benchmarks, patient simulation, clinical reasoning chains, and safety considerations unique to healthcare AI.

Research Landscape

Agentic Clinical Dialogue
├── Patient-Facing Agents
│   ├── Symptom checkers
│   ├── Triage systems
│   ├── Health information
│   └── Follow-up management
├── Clinician-Facing Agents
│   ├── Diagnostic support
│   ├── Treatment recommendation
│   ├── Clinical documentation
│   └── Literature integration
├── Clinical Reasoning
│   ├── Differential diagnosis
│   ├── History taking
│   ├── Physical exam interpretation
│   └── Test ordering
├── Patient Simulation
│   ├── Standardized patients (SP)
│   ├── Medical education
│   └── Agent evaluation
└── Safety & Ethics
    ├── Hallucination in medicine
    ├── Bias in clinical AI
    ├── Liability frameworks
    └── Informed consent

Key Systems

SystemFocusApproach
AMIEDiagnostic dialogueLLM with clinical reasoning
Med-PaLMMedical QAFinetuned on medical data
ChatDoctorPatient consultationLLaMA + medical knowledge
AgentClinicClinical evaluationSimulated clinical encounters
ClinicalAgentDecision supportMulti-step clinical reasoning

Benchmarks

benchmarks = {
    "MedQA (USMLE)": {
        "task": "US Medical Licensing Exam questions",
        "size": "11,450 questions",
        "metric": "Accuracy",
    },
    "PubMedQA": {
        "task": "Biomedical yes/no/maybe QA",
        "size": "1,000 expert-labeled",
        "metric": "Accuracy",
    },
    "AgentClinic": {
        "task": "Simulated clinical encounters",
        "size": "Various patient scenarios",
        "metric": "Diagnostic accuracy + safety",
    },
    "MedMCQA": {
        "task": "Indian medical entrance MCQs",
        "size": "194k questions",
        "metric": "Accuracy",
    },
    "HealthSearchQA": {
        "task": "Consumer health search questions",
        "size": "3,375 questions",
        "metric": "Expert evaluation",
    },
}

for name, info in benchmarks.items():
    print(f"\n{name}:")
    print(f"  Task: {info['task']}")
    print(f"  Size: {info['size']}")

Safety Considerations

### Critical Safety Issues
1. **Hallucination** — Fabricated medical facts are dangerous
2. **Scope limitations** — AI must know when to defer to human
3. **Emergency recognition** — Must identify urgent situations
4. **Bias** — Demographic biases in training data
5. **Liability** — Legal framework for AI medical advice
6. **Privacy** — Patient data protection (HIPAA compliance)

### Safety Patterns
- Always recommend consulting healthcare providers
- Flag emergency symptoms immediately
- Disclose AI nature to patients
- Log all interactions for audit
- Implement uncertainty quantification

Reading Roadmap

### Foundations
1. AMIE: "Towards Conversational Diagnostic AI" (Google, 2024)
2. Med-PaLM 2: "Expert-level medical QA" (Google, 2023)
3. "Evaluating LLMs in Clinical Dialogue" (Survey, 2024)

### Clinical Reasoning
4. "Chain-of-Diagnosis" (Clinical CoT, 2024)
5. "AgentClinic: Evaluating Clinical Agents" (2024)
6. "Simulated Patient Encounters with LLMs" (2024)

### Safety
7. "Hallucination in Medical AI" (Survey, 2024)
8. "Red Teaming Medical LLMs" (2024)

Use Cases

  1. Research survey: Map clinical dialogue AI landscape
  2. Benchmark tracking: Compare medical AI performance
  3. System design: Learn from clinical agent architectures
  4. Safety analysis: Understand risks and mitigations
  5. Medical education: Patient simulation for training

References

Signals

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