• Skip to main content
  • Skip to secondary menu
  • Skip to primary sidebar
  • Skip to secondary sidebar
  • Skip to footer

  • Opinion
  • Health IT
    • Behavioral Health
    • Care Coordination
    • EMR/EHR
    • Interoperability
    • Patient Engagement
    • Population Health Management
    • Revenue Cycle Management
    • Social Determinants of Health
  • Digital Health
    • AI
    • Blockchain
    • Precision Medicine
    • Telehealth
    • Wearables
  • Life Sciences
  • Investments
  • M&A
  • Value-based Care
    • Accountable Care (ACOs)
    • Medicare Advantage

NYU, NVIDIA Collaborate on Large Language Model to Predict Patient Readmission

by Fred Pennic 06/07/2023 Leave a Comment

  • LinkedIn
  • Twitter
  • Facebook
  • Email
  • Print

What You Should Know: 

Researchers at NYU Langone Health, the academic medical center of New York University, have collaborated with NVIDIA experts to develop a large language model (LLM) that predicts a patient’s risk of 30-day readmission, as well as other clinical outcomes.

The LLM was deployed in the healthcare system’s six inpatient facilities, the NYUTron model — featured today in the scientific journal Nature that will provide doctors with AI-driven insights that could help them identify patients in need of a clinical intervention to reduce the likelihood of readmission. 

How NYUTron Works

NYUTron is an LLM with hundreds of millions of parameters, trained using the NVIDIA NeMo Megatron framework on a large cluster of NVIDIA A100 Tensor Core GPUs. NYUTron was pretrained on 10 years of health records from NYU Langone Health: more than 4 billion words of clinical notes representing nearly 400,000 patients. The model achieved an accuracy improvement of more than 10 percent over a state-of-the-art machine learning model to predict readmission. Once the LLM was trained for the initial use case of 30-day readmission, the team was able to spin out four other predictive algorithms in around a week. These include predicting the length of a patient’s hospital stay, the likelihood of in-hospital mortality, and the chances of a patient’s insurance claims being denied.

“When you discharge a patient from the hospital, you don’t expect them to need to return, or you probably should have kept them in the hospital longer,” said Dr. Eric Oermann, assistant professor of radiology and neurosurgery at NYU Grossman School of Medicine and a lead collaborator on NYUTron. “Using analysis from the AI model, we could soon empower clinicians to prevent or fix situations that put patients at a higher risk of readmission.”

To date, the model has so far been applied to more than 50,000 patient discharged in NYU’s healthcare system, where it shares predictions of readmission risk with physicians via email notifications. Oermann’s team is next planning a clinical trial to test whether interventions based on NYUTron’s analyses reduce readmission rates.

  • LinkedIn
  • Twitter
  • Facebook
  • Email
  • Print

Tagged With: Artificial Intelligence

Tap Native

Get in-depth healthcare technology analysis and commentary delivered straight to your email weekly

Reader Interactions

Primary Sidebar

Subscribe to HIT Consultant

Latest insightful articles delivered straight to your inbox weekly.

Submit a Tip or Pitch

Featured Research Report

2026 Best in KLAS Awards: The Full List of Software & Services Winners

Most-Read

The "Platform" Squeeze: Epic Releases Native AI Charting, Putting Venture-Backed Scribes on Notice

The “Platform” Squeeze: Epic Releases Native AI Charting, Putting Venture-Backed Scribes on Notice

Analysis: Oracle Cerner’s Plans for a National EHR

Oracle May Cut 30k Jobs and Sell Cerner to Fund $156B OpenAI Deal

The $1.9B Exit: Why CommonSpirit is Insourcing Revenue Cycle and Tenet is Betting Big on Conifer AI

The $1.9B Exit: Why CommonSpirit is Insourcing Revenue Cycle and Tenet is Betting Big on Conifer AI

KLAS 2026 Rankings: Aledade and Guidehealth Named Top VBC Enablement Firms

KLAS 2026 Rankings: Aledade and Guidehealth Named Top VBC Enablement Firms

Beyond the Hype: New KLAS Data Validates the Financial and Clinical ROI of Ambient AI

Beyond the Hype: New KLAS Data Validates the Financial and Clinical ROI of Ambient AI

Anthropic Debuts ‘Claude for Healthcare’ and Opus 4.5 to Engineer the Future of Life Sciences

Anthropic Debuts ‘Claude for Healthcare’ and Opus 4.5 to Engineer the Future of Life Sciences

OpenAI Debuts ChatGPT Health: A ‘Digital Front Door’ That Connects Medical Records to Agentic AI

OpenAI Debuts ChatGPT Health: A ‘Digital Front Door’ That Connects Medical Records to Agentic AI

From Genes to Hackers: The Hidden Cybersecurity Risks in Life Sciences

From Genes to Hackers: The Hidden Cybersecurity Risks in Life Sciences

Utah Becomes First State to Approve AI System for Prescription Renewals

Utah Becomes First State to Approve AI System for Prescription Renewals

NYC Health + Hospitals to Acquire Maimonides in $2.2B Safety Net Overhaul

NYC Health + Hospitals to Acquire Maimonides in $2.2B Safety Net Overhaul

Secondary Sidebar

Footer

Company

  • About Us
  • 2026 Editorial Calendar
  • Advertise with Us
  • Reprints and Permissions
  • Op-Ed Submission Guidelines
  • Contact
  • Subscribe

Editorial Coverage

  • Opinion
  • Health IT
    • Care Coordination
    • EMR/EHR
    • Interoperability
    • Population Health Management
    • Revenue Cycle Management
  • Digital Health
    • Artificial Intelligence
    • Blockchain Tech
    • Precision Medicine
    • Telehealth
    • Wearables
  • Startups
  • Value-Based Care
    • Accountable Care
    • Medicare Advantage

Connect

Subscribe to HIT Consultant Media

Latest insightful articles delivered straight to your inbox weekly

Copyright © 2026. HIT Consultant Media. All Rights Reserved. Privacy Policy |