AIM in the News

Manrai Lab

Study Suggests AI Is Good Enough at Diagnosing Complex Medical Cases To Warrant Clinical Testing

LLM outperformed physicians on clinical tasks spanning published cases, real-world emergency room data

Yu Lab

Researchers Discover Bias in AI Models That Analyze Pathology Samples

The team created a new tool that reduces bias and improves cancer diagnosis across populations

Manrai Lab

An AI System With Detailed Diagnostic Reasoning Makes Its Case

Researchers have developed an AI system called Dr. CaBot that spells out its reasoning as it works through challenging medical cases and reaches a diagnosis.

Yu Lab

AI Distinguishes Glioblastoma From Look-Alike Cancers During Surgery

New tool helps surgeons tell apart aggressive glioblastoma from other cancers in the brain, guiding real-time treatment decisions.

Zitnik Lab

New AI Tool Pinpoints Genes, Drug Combos To Restore Health in Diseased Cells

New AI tool accurately identifies multiple drivers of disease in cells and predicts therapies that can restore cells to healthy function.

Rajpurkar Lab

How Good Are AI ‘Clinicians’ at Medical Conversations?

Researchers design a new way to more reliably evaluate AI models’ ability to make clinical decisions in realistic scenarios that closely mimic real-life interactions.

Zitnik Lab

Researchers Harness AI to Repurpose Existing Drugs for Treatment of Rare Diseases

New AI model identifies possible therapies from existing medicines for thousands of diseases, including rare ones with no current treatments.

Yu Lab

A New Artificial Intelligence Tool for Cancer

The new approach marks a major step forward in the design of AI tools to support clinical decisions in cancer diagnosis, therapy.

Zitnik Lab

New AI Tool Captures How Proteins Behave in Context

In a marked advance over current AI models, the new approach captures how proteins act not in isolation but in their cellular and tissue environments.

Mahmood Lab

Researchers Design Foundation AI Models for Use in Pathology

Flexible models show promise in diagnosis, prognosis, and prediction of treatment response in multiple clinical scenarios.