Bridging Health and Humanity: AI in EM

On Becoming a People Doctor

March 13, 2026

In this EMRA*Cast episode of Bridging Health and Humanity, host Natalie Hernandez speaks with Dr. Maya Yiadom, MD, MPH, MSCI, an associate professor and director of Precision Analytics and Data Integration in Emergency Medicine at Stanford, about how artificial intelligence is reshaping emergency care.

iTunes

Listen on Google Play Music

Spotify

Pandora

iHeartRadio

Amazon Music

Audible

Host

Natalie Hernandez, MD, MPH

UCSF Medical Education Fellow, 2025
Harbor-UCLA
EM Residency Class of 2025
EMRA*Cast Episodes

Guest

Maame Yaa "Maya" Yiadom, MD, MPH, MSCI

Associate Professor of Emergency Medicine
Director of Precision Analytics and Data Integration in Emergency Medicine
Stanford University 

OVERVIEW

In this EMRA*Cast episode of Bridging Health and Humanity, host Natalie Hernandez speaks with Dr. Maya Yiadom, MD, MPH, MSCI, an associate professor and director of Precision Analytics and Data Integration in Emergency Medicine at Stanford, about how artificial intelligence is reshaping emergency care.

They discuss practical AI already in use (predictive analytics and ambient AI scribes), how AI can be designed from clinical workflows to improve detection and timeliness (for example, speeding recognition of STEMI), and the promise of tools that reduce documentation burden and support decision-making.

Dr. Yiadom also grapples with real risks — biased training data, subgroup performance, privacy and cloud constraints — and emphasizes protecting trainee learning while teaching residents how to use AI responsibly. She closes on an optimistic note: AI as a fail-safe that augments clinicians’ judgment rather than replaces the human art of medicine.

Objectives

By the end of this episode, listeners will be able to:

  1. Describe current applications of artificial intelligence in emergency medicine, including predictive analytics, clinical decision support tools, and ambient AI scribes.
  2. Explain a workflow-centered approach to AI development, emphasizing need-based innovation and the use of AI as assistive, fail-safe technology rather than replacement decision-making.
  3. Discuss the potential impact of AI on resident education and clinical skill development, including strategies to balance efficiency with preservation of clinical reasoning and documentation skills.
  4. Identify key equity considerations in AI implementation, including data representativeness, subgroup performance, and the risks of algorithmic bias in diverse patient populations.
  5. Recognize the ethical, legal, and privacy challenges associated with AI integration into clinical workflows, including data governance and regulatory barriers.
  6. Reflect on how AI may influence patient–physician relationships, including navigating patient-generated AI information and maintaining the human art of emergency medicine.

References

Related Content